All tests & engineering services

3D Optical Scanning (3D Scan)Characterise full-field surface geometry, nominal-to-actual deviation, and dimensions, warpage, and local defects using a scope agreed around your sample and decision. AFM-Infrared Spectroscopy (AFM-IR)Characterise nanoscale chemical identity, topography and local mechanical response, and chemical-domain size and distribution using a scope agreed around your sample and decision. Atomic Force Microscopy (AFM)Characterise surface topography and roughness, local mechanical, electrical, or capacitance contrast, and feature height, width, and distribution using a scope agreed around your sample and decision. Computed Tomography (Industrial / Micro-Nano / In-situ / Synchrotron CT)Characterise internal geometry and density contrast, pores, cracks, inclusions, interfaces, and connectivity, and three-dimensional dimensions and volume fractions using a scope agreed around your sample and decision. Confocal Laser Scanning Microscopy (CLSM)Characterise microstructure, texture, colour, and feature geometry, surface height or optical section position, and grain, phase, inclusion, or damage distribution using a scope agreed around your sample and decision. Correlative SEM-Raman AnalysisCharacterise morphology and microstructure, molecular or crystalline Raman identity, and elemental or molecular-ion distribution across the same feature using a scope agreed around your sample and decision. Correlative SEM-Raman-FIB-TOF-SIMSCharacterise morphology and microstructure, molecular or crystalline Raman identity, and elemental or molecular-ion distribution across the same feature using a scope agreed around your sample and decision. Cryogenic Scanning Electron Microscopy (Cryo-SEM)Characterise frozen-state morphology and ultrastructure, interfaces, pores, particles, and fracture faces, and optional elemental or tomographic information using a scope agreed around your sample and decision. Cryogenic TEM with Cryo-FIB Preparation (Cryo-TEM)Characterise frozen-state morphology and ultrastructure, interfaces, pores, particles, and fracture faces, and optional elemental or tomographic information using a scope agreed around your sample and decision. Electron Backscatter Diffraction (EBSD)Characterise crystal orientation and texture, grain size and boundary character, and phase distribution and local misorientation using a scope agreed around your sample and decision. Electron Channelling Contrast Imaging (ECCI)Characterise dislocation structures and density trends, grain and sub-grain contrast, and near-surface deformation and defects using a scope agreed around your sample and decision. Extended-Depth-of-Field 3D Microscopy (3D-EDF)Characterise microstructure, texture, colour, and feature geometry, surface height or optical section position, and grain, phase, inclusion, or damage distribution using a scope agreed around your sample and decision. Fluorescence Microscopy (FM)Characterise fluorescence intensity and spatial distribution, co-localisation, feature size, and area fraction, and time-, wavelength-, or condition-dependent emission where configured using a scope agreed around your sample and decision. Focused Ion Beam SEM and Cross-Section Analysis (FIB-SEM)Characterise buried interfaces and layer thickness, site-specific defects, pores, and microstructure, and three-dimensional or chemical distribution when serial imaging or SIMS is added using a scope agreed around your sample and decision. High-Speed Imaging (HSI)Characterise position, velocity, and acceleration, event timing and deformation sequence, and crack, impact, spray, flow, or combustion behaviour using a scope agreed around your sample and decision. Infrared Thermal Imaging (IRT)Characterise surface temperature distribution, heating and cooling rates, and hot spots, thermal gradients, and transient response using a scope agreed around your sample and decision. Laser Scanning Microscopy (LSM)Characterise microstructure, texture, colour, and feature geometry, surface height or optical section position, and grain, phase, inclusion, or damage distribution using a scope agreed around your sample and decision. Lorentz Transmission Electron Microscopy (Lorentz TEM)Characterise crystal structure, defects, and interfaces, particle size and lattice spacing, and nanoscale elemental or chemical distribution using a scope agreed around your sample and decision. Micro-LED Wafer AOI InspectionCharacterise defect location and class, feature dimensions and placement, and wafer-level yield and spatial defect distribution using a scope agreed around your sample and decision. Mineral Liberation Analysis (MLA)Characterise mineral abundance, liberation and locking, and grain size, association, and particle composition using a scope agreed around your sample and decision. Optical / Metallographic Microscopy (OM)Characterise microstructure, texture, colour, and feature geometry, surface height or optical section position, and grain, phase, inclusion, or damage distribution using a scope agreed around your sample and decision. Polarised Light Microscopy / Petrography (PLM)Characterise microstructure, texture, colour, and feature geometry, surface height or optical section position, and grain, phase, inclusion, or damage distribution using a scope agreed around your sample and decision. Scanning Capacitance Microscopy (SCM)Characterise surface topography and roughness, local mechanical, electrical, or capacitance contrast, and feature height, width, and distribution using a scope agreed around your sample and decision. Scanning Electrochemical Microscopy (SECM)Characterise local redox activity, reaction-rate and transport contrast, and electrochemical heterogeneity across a surface using a scope agreed around your sample and decision. Scanning Electron Microscopy (SEM / FESEM / ESEM / In-situ)Characterise surface morphology and feature size, topographic and compositional contrast, and local defects, particles, coatings, fractures, and interfaces using a scope agreed around your sample and decision. Scanning Tunneling Microscopy (STM)Characterise surface topography and roughness, local mechanical, electrical, or capacitance contrast, and feature height, width, and distribution using a scope agreed around your sample and decision. Stereo Microscopy (Stereo OM)Characterise microstructure, texture, colour, and feature geometry, surface height or optical section position, and grain, phase, inclusion, or damage distribution using a scope agreed around your sample and decision. Terahertz 3D Tomographic Imaging (THz Tomography)Characterise internal geometry and density contrast, pores, cracks, inclusions, interfaces, and connectivity, and three-dimensional dimensions and volume fractions using a scope agreed around your sample and decision. Transmission / Scanning Transmission Electron Microscopy (TEM/STEM)Characterise crystal structure, defects, and interfaces, particle size and lattice spacing, and nanoscale elemental or chemical distribution using a scope agreed around your sample and decision. White-Light Interferometric 3D Profilometry (WLI)Characterise surface topography, step height and form, and areal roughness and volume parameters using a scope agreed around your sample and decision.

3D / Microcrystal Electron Diffraction (3D-ED/MicroED)Characterise unit cell and phase identity, crystal orientation and reciprocal lattice, and three-dimensional molecular or atomic structure using a scope agreed around your sample and decision. Cathodoluminescence Spectroscopy (CL)Characterise emission spectrum and intensity, defect or dopant-related luminescence, and spatial variation in growth, phase, or recombination using a scope agreed around your sample and decision. Circular Dichroism Spectroscopy (CD)Characterise CD or CPL spectrum, ellipticity or luminescence dissymmetry factor, and secondary-structure or chiral-state changes using a scope agreed around your sample and decision. Circularly Polarised Luminescence Spectroscopy (CPL)Characterise CD or CPL spectrum, ellipticity or luminescence dissymmetry factor, and secondary-structure or chiral-state changes using a scope agreed around your sample and decision. Dislocation Density MeasurementCharacterise dislocation density or relative defect content, microstrain and coherent domain size, and spatial distribution of deformation where imaging is used using a scope agreed around your sample and decision. Electroluminescence / Electrochemiluminescence Spectroscopy (EL/ECL)Characterise emission spectrum and intensity, external quantum efficiency or luminance where configured, and spatial uniformity, stability, and bias dependence using a scope agreed around your sample and decision. Electron Paramagnetic / Spin Resonance Spectroscopy (EPR/ESR)Characterise g-values and hyperfine structure, radical, defect, or transition-metal identity, and spin concentration and relaxation where configured using a scope agreed around your sample and decision. Fourier Transform Infrared Spectroscopy (FTIR)Use infrared spectra to investigate functional groups and compare materials against a supplied reference or an appropriate library. Hyperspectral Imaging (HSI)Characterise reflectance, transmittance, emission, or loss versus wavelength, spectral classes and spatial distribution, and absorption features, defects, or fibre attenuation using a scope agreed around your sample and decision. In-situ Electrochemical pH MeasurementCharacterise local or bulk pH versus time, pH gradients near an electrode, and correlation with electrochemical response using a scope agreed around your sample and decision. In-situ Tomographic SpectroscopyCharacterise internal geometry and density contrast, pores, cracks, inclusions, interfaces, and connectivity, and three-dimensional dimensions and volume fractions using a scope agreed around your sample and decision. Laser-Induced Breakdown Spectroscopy (LIBS)Characterise elemental fingerprint, local or depth-resolved composition, and rapid sorting or mapping across a surface using a scope agreed around your sample and decision. Low-Field NMR and Magnetic Resonance Imaging (LF-NMR/MRI)Characterise T1 and T2 relaxation, mobile and bound fluid fractions, and pore, moisture, or spatial MRI contrast using a scope agreed around your sample and decision. Mössbauer SpectroscopyCharacterise isomer shift and quadrupole splitting, magnetic hyperfine field, and relative fraction of distinguishable resonant phases using a scope agreed around your sample and decision. Neutron DiffractionCharacterise crystal and magnetic structure, light-element positions and site occupancy, and bulk phase, strain, or texture using a scope agreed around your sample and decision. Optical Photothermal Infrared Spectroscopy (O-PTIR)Characterise nanoscale chemical identity, topography and local mechanical response, and chemical-domain size and distribution using a scope agreed around your sample and decision. Optical-Fibre Spectral TestingCharacterise reflectance, transmittance, emission, or loss versus wavelength, spectral classes and spatial distribution, and absorption features, defects, or fibre attenuation using a scope agreed around your sample and decision. Photoluminescence and Steady-State/Time-Resolved Fluorescence Spectroscopy (PL/TRPL/EEM)Characterise emission or transient spectrum, excited-state lifetime and kinetics, and quantum yield, energy transfer, trapping, or recombination using a scope agreed around your sample and decision. Positron Annihilation Lifetime Spectroscopy (PALS)Characterise positron lifetime components, vacancy-type defect or free-volume signatures, and relative defect concentration and depth trends using a scope agreed around your sample and decision. Pyridine-Adsorbed FTIR Spectroscopy (Py-IR)Characterise functional groups and molecular vibrations, chemical identity and relative changes, and Bronsted and Lewis acid-site bands for pyridine-FTIR using a scope agreed around your sample and decision. Raman Spectroscopy (Polarised / Mapping / Confocal / In-situ)Characterise vibrational bands and material identity, phase, crystallinity, stress, or disorder, and spatial chemical distribution using a scope agreed around your sample and decision. Single-Crystal Orientation Analysis (Laue)Characterise crystal orientation and zone axis, miscut angle, and orientation spread or texture using a scope agreed around your sample and decision. Small-/Wide-Angle X-ray Scattering (SAXS/WAXS/GISAXS/GIWAXS)Characterise particle, pore, or domain size, shape, spacing, and orientation, and hierarchical order from SAXS through WAXS using a scope agreed around your sample and decision. Solid-State Nuclear Magnetic Resonance Spectroscopy (SSNMR)Characterise chemical shifts and coupling, molecular connectivity, local structure, and dynamics, and purity, composition, or quantitative ratios using a scope agreed around your sample and decision. Solution-State Nuclear Magnetic Resonance Spectroscopy (NMR)Characterise chemical shifts and coupling, molecular connectivity, local structure, and dynamics, and purity, composition, or quantitative ratios using a scope agreed around your sample and decision. Sum Frequency Generation Vibrational Spectroscopy (SFG)Characterise interface-specific vibrational spectrum, molecular orientation and ordering, and changes during adsorption, reaction, or electrochemical control using a scope agreed around your sample and decision. Synchrotron Infrared Microspectroscopy (SR-FTIR)Characterise micro-area molecular vibrations, chemical heterogeneity and phase distribution, and changes under controlled temperature, pressure, or reaction conditions using a scope agreed around your sample and decision. Terahertz Time-Domain Spectroscopy (THz-TDS)Characterise terahertz absorption and refractive index, complex permittivity and conductivity, and layer thickness, defects, or carrier dynamics using a scope agreed around your sample and decision. Thermoluminescence / Optically Stimulated Luminescence Spectroscopy (TL/OSL)Characterise glow or stimulation curve, integrated luminescence dose response, and trap depth and kinetic parameters where modelled using a scope agreed around your sample and decision. Three-Dimensional Atom Probe Tomography (3D-APT)Characterise 3D elemental and isotopic distribution, segregation, clustering, and interface chemistry, and nanoscale composition with near-atomic spatial resolution using a scope agreed around your sample and decision. Time-Resolved Emission Spectroscopy (TRES)Characterise emission or transient spectrum, excited-state lifetime and kinetics, and quantum yield, energy transfer, trapping, or recombination using a scope agreed around your sample and decision. Total Scattering and Pair Distribution Function Analysis (PDF)Characterise local atomic pair distances, short- and medium-range order, and phase fraction, disorder, and nanoscale structural change using a scope agreed around your sample and decision. Transient Absorption Spectroscopy (TAS)Characterise emission or transient spectrum, excited-state lifetime and kinetics, and quantum yield, energy transfer, trapping, or recombination using a scope agreed around your sample and decision. UV-Vis-NIR SpectroscopyCharacterise absorbance, transmittance, and reflectance, optical transitions, concentration, colour, or band gap, and wavelength-dependent optical performance using a scope agreed around your sample and decision. X-ray Absorption Fine Structure Spectroscopy (XAFS/XANES/EXAFS)Characterise oxidation state and electronic structure, coordination number and neighbour identity, and bond distances and local disorder using a scope agreed around your sample and decision. X-ray Diffraction (Powder / Single-Crystal / Texture / In-situ / Synchrotron) (XRD)Use routine powder XRD to compare diffraction patterns and identify crystalline phases within an agreed scan and interpretation scope. X-ray Reflectivity (XRR)Characterise film and multilayer thickness, electron density or mass-density contrast, and surface and interface roughness using a scope agreed around your sample and decision.

Angle-Resolved Photoelectron Spectroscopy (ARPES)Characterise surface elemental composition and chemical state, valence-band or work-function information, and depth, angle, or momentum dependence where selected using a scope agreed around your sample and decision. Ash Content TestingCharacterise moisture, volatile matter, ash, and fixed-carbon fractions, mass change versus programmed temperature, and residual inorganic content using a scope agreed around your sample and decision. Atomic Absorption Spectroscopy (AAS)Characterise selected elemental concentrations, hydride-forming elements or mercury where configured, and single- or limited multi-element content using a scope agreed around your sample and decision. Atomic Fluorescence Spectroscopy (AFS)Characterise selected elemental concentrations, hydride-forming elements or mercury where configured, and single- or limited multi-element content using a scope agreed around your sample and decision. Auger Electron Spectroscopy (AES)Characterise surface elemental composition, micro-area contamination and segregation, and composition versus sputter depth using a scope agreed around your sample and decision. Carbon and Sulfur Analysis (C/S)Characterise carbon, sulfur, oxygen, nitrogen, hydrogen, or halogen content, bulk elemental mass fraction, and trace-to-major concentration depending on configuration using a scope agreed around your sample and decision. Carbon Black Oil Absorption Number Testing (OAN)Characterise oil absorption number, aggregate structure and packing response, and batch-to-batch consistency using a scope agreed around your sample and decision. Coal Proximate and Quality Analysis (Proximate analysis)Characterise moisture, volatile matter, ash, and fixed-carbon fractions, mass change versus programmed temperature, and residual inorganic content using a scope agreed around your sample and decision. Coulometric Sulfur AnalysisCharacterise carbon, sulfur, oxygen, nitrogen, hydrogen, or halogen content, bulk elemental mass fraction, and trace-to-major concentration depending on configuration using a scope agreed around your sample and decision. Direct Mercury AnalysisCharacterise total mercury concentration, trace mercury in solids and liquids, and batch or spatial variation where subsamples are tested using a scope agreed around your sample and decision. Electron Probe Microanalysis (EPMA)Characterise micro-area elemental composition, phase and inclusion chemistry, and element maps, traverses, and diffusion profiles using a scope agreed around your sample and decision. Geochronology / Dating AnalysisCharacterise stable or radiogenic isotope ratios, isotopic composition and fractionation, and age or source information where a validated chronometer is used using a scope agreed around your sample and decision. Glow Discharge Mass Spectrometry (GDMS)GDMS analysis for trace impurities in suitable high-purity solids, with sample geometry, target elements and quantification basis reviewed before quotation. Glow Discharge Optical Emission / Mass Spectrometry (GD-OES/MS)Compare GDMS bulk trace-impurity analysis with GD-OES coating depth profiling, then select a route for your solid sample and reporting question. Glow Discharge Optical Emission Spectrometry (GD-OES)GD-OES elemental depth profiling for suitable coatings and solids, with layer stack, sputtering conditions and depth calibration agreed before quotation. Halogen AnalysisCharacterise carbon, sulfur, oxygen, nitrogen, hydrogen, or halogen content, bulk elemental mass fraction, and trace-to-major concentration depending on configuration using a scope agreed around your sample and decision. ICP-MS Elemental AnalysisICP-MS elemental analysis for trace-element questions, with matrix, digestion, target elements and reporting limits reviewed before quotation. ICP-OES / ICP-MS Elemental Analysis (ICP-OES/MS)Determine selected elemental concentrations by ICP-OES or ICP-MS using a method suited to the matrix and required reporting limits. ICP-OES Elemental AnalysisICP-OES elemental analysis using optical emission, with target elements, concentration range, matrix and sample preparation agreed before quotation. Inverse Photoemission Spectroscopy (IPES)Characterise unoccupied electronic states, conduction-band onset and electron affinity, and changes in electronic structure with composition, interface, or treatment using a scope agreed around your sample and decision. Ion Chromatography (including Combustion IC) (IC/CIC)Characterise inorganic anions and cations, organic acids or target ionic species, and total halogens or sulfur after combustion IC using a scope agreed around your sample and decision. Ion-Selective Electrode Analysis (ISE)Characterise target ion activity or concentration, acid/base, redox, complexometric, or precipitation endpoint, and method-defined bulk chemical value using a scope agreed around your sample and decision. Karl Fischer Moisture Analysis (KF)Characterise water content, trace moisture or percent-level moisture, and water released by oven transfer where direct titration is unsuitable using a scope agreed around your sample and decision. Kjeldahl Nitrogen DeterminationCharacterise Kjeldahl nitrogen, crude protein after an agreed conversion factor, and method-defined organic plus ammonium nitrogen using a scope agreed around your sample and decision. Laser Ablation ICP-MS (LA-ICP-MS)Characterise multi-element concentration, trace and ultra-trace impurities, and speciation, spatial distribution, isotope ratio, or particle number/size when configured using a scope agreed around your sample and decision. Liquid Chromatography-Atomic Fluorescence Spectroscopy (LC-AFS)Characterise selected elemental concentrations, hydride-forming elements or mercury where configured, and single- or limited multi-element content using a scope agreed around your sample and decision. Liquid Chromatography-ICP-MS (LC-ICP-MS)Characterise multi-element concentration, trace and ultra-trace impurities, and speciation, spatial distribution, isotope ratio, or particle number/size when configured using a scope agreed around your sample and decision. Nano Secondary Ion Mass Spectrometry (Nano-SIMS)Characterise elemental and isotopic distribution, dopant or impurity depth profile, and nanoscale chemical heterogeneity using a scope agreed around your sample and decision. Organic / Elemental Carbon Analysis (OC/EC)Characterise organic carbon, elemental carbon, and total carbon and method-defined fractions using a scope agreed around your sample and decision. Organic Elemental Analysis (EA)Characterise bulk CHNS or CHNS/O composition, empirical elemental ratios, and sample purity or batch consistency using a scope agreed around your sample and decision. Oxygen, Nitrogen and Hydrogen Analysis (ONH)Characterise carbon, sulfur, oxygen, nitrogen, hydrogen, or halogen content, bulk elemental mass fraction, and trace-to-major concentration depending on configuration using a scope agreed around your sample and decision. Rock-Eval Pyrolysis and Organic Matter TypingCharacterise S1, S2, S3 and Tmax, total organic carbon and production index, and kerogen type and maturity indicators using a scope agreed around your sample and decision. Single-Particle ICP-MS (spICP-MS)Characterise multi-element concentration, trace and ultra-trace impurities, and speciation, spatial distribution, isotope ratio, or particle number/size when configured using a scope agreed around your sample and decision. Spark Optical Emission Spectroscopy (Spark-OES)Characterise major, minor, and trace alloying elements, grade identification, and composition uniformity across locations using a scope agreed around your sample and decision. Stable Isotope Ratio Analysis (IRMS)Characterise stable or radiogenic isotope ratios, isotopic composition and fractionation, and age or source information where a validated chronometer is used using a scope agreed around your sample and decision. Titrimetric Analysis (including Potentiometric Titration)Characterise target ion activity or concentration, acid/base, redox, complexometric, or precipitation endpoint, and method-defined bulk chemical value using a scope agreed around your sample and decision. Total Organic Carbon Analysis (TOC)Characterise total carbon, inorganic carbon, and total organic carbon, dissolved or non-purgeable organic carbon, and bulk organic-carbon loading using a scope agreed around your sample and decision. Ultraviolet Photoelectron Spectroscopy (UPS)Characterise surface elemental composition and chemical state, valence-band or work-function information, and depth, angle, or momentum dependence where selected using a scope agreed around your sample and decision. Wet Chemical AnalysisCharacterise target ion activity or concentration, acid/base, redox, complexometric, or precipitation endpoint, and method-defined bulk chemical value using a scope agreed around your sample and decision. X-ray Fluorescence Spectroscopy (XRF)Characterise major and minor elements, selected trace elements, and bulk composition or spatial screening where configured using a scope agreed around your sample and decision. X-ray Photoelectron Spectroscopy (XPS)Investigate surface elemental composition and chemical states using a survey and specified high-resolution XPS regions.

Capillary Electrophoresis (CE)Characterise migration time and peak area, ionic or chiral purity, and target concentration or molecular-size/charge distribution using a scope agreed around your sample and decision. Comprehensive Two-Dimensional GC-MS (GCxGC-MS)Characterise two-dimensional retention coordinates, volatile and semi-volatile composition, and co-eluting trace components and class patterns using a scope agreed around your sample and decision. Dynamic Secondary Ion Mass Spectrometry (D-SIMS)Characterise elemental and isotopic distribution, dopant or impurity depth profile, and nanoscale chemical heterogeneity using a scope agreed around your sample and decision. Enantiomeric Excess Analysis (Chiral ee)Characterise enantiomeric ratio, enantiomeric excess, and chiral purity and minor-enantiomer content using a scope agreed around your sample and decision. Failure AnalysisUse Failure Analysis to evaluate multi-method evidence needed to identify failure causes, unknown materials, deposits, or formulations with a scope matched to your sample, application, and decision. FIB-TOF-SIMS / Time-of-Flight SIMS AnalysisCharacterise buried interfaces and layer thickness, site-specific defects, pores, and microstructure, and three-dimensional or chemical distribution when serial imaging or SIMS is added using a scope agreed around your sample and decision. Fourier Transform Ion Cyclotron Resonance Mass Spectrometry (FT-ICR-MS)Characterise exact mass and isotopic pattern, molecular formula and heteroatom class, and complex-mixture composition and double-bond-equivalent distributions using a scope agreed around your sample and decision. Gas Chromatography (GC)Characterise volatile and semi-volatile composition, retention time and mass spectrum, and target concentration or evolved-product profile using a scope agreed around your sample and decision. Gas Chromatography-Mass Spectrometry (GC-MS)Characterise volatile and semi-volatile composition, retention time and mass spectrum, and target concentration or evolved-product profile using a scope agreed around your sample and decision. Gel Permeation / Size Exclusion Chromatography (GPC/SEC)GPC/SEC analysis for polymer molecular-weight distributions, with solvent, solubility, calibration and the required Mn, Mw and dispersity results agreed. General / High-Resolution Mass Spectrometry (MS/HRMS)Characterise accurate mass and isotope pattern, retention time and fragment spectrum, and target concentration or untargeted molecular feature profile using a scope agreed around your sample and decision. High-Performance Liquid Chromatography (HPLC)Characterise retention time and peak area, purity and component profile, and target concentration with calibration using a scope agreed around your sample and decision. Liquid Chromatography-Mass Spectrometry (LC-MS)Characterise accurate mass and isotope pattern, retention time and fragment spectrum, and target concentration or untargeted molecular feature profile using a scope agreed around your sample and decision. MALDI Time-of-Flight Mass Spectrometry (MALDI-TOF-MS)Characterise molecular mass and mass distribution, polymer and synthetic oligomer fingerprint, and spatial molecular distribution in imaging mode using a scope agreed around your sample and decision. Microplastic Identification and Analysis (Microplastics)Use Microplastic Identification and Analysis (Microplastics) to evaluate multi-method evidence needed to identify failure causes, unknown materials, deposits, or formulations with a scope matched to your sample, application, and decision. Pyrolysis / Thermal-Desorption GC-MS (Py/TD-GC-MS)Characterise volatile and semi-volatile composition, retention time and mass spectrum, and target concentration or evolved-product profile using a scope agreed around your sample and decision. Rod Thin-Layer Chromatography with Flame-Ionisation Detection (TLC-FID)Characterise retention factor and component profile, class fraction or purity, and semi-quantitative or calibrated component amount using a scope agreed around your sample and decision. Scale Deposit AnalysisUse Scale Deposit Analysis to evaluate multi-method evidence needed to identify failure causes, unknown materials, deposits, or formulations with a scope matched to your sample, application, and decision. Temperature-Programmed Thermal Desorption Mass Spectrometry (TDS-MS)Characterise volatile and semi-volatile composition, retention time and mass spectrum, and target concentration or evolved-product profile using a scope agreed around your sample and decision. Thermal Analysis Evolved-Gas Analysis (TG-FTIR/MS/GC-MS) (EGA)Characterise mass change and thermal-event temperature, evolved-gas identity and relative intensity, and decomposition, desorption, oxidation, and residue pathways using a scope agreed around your sample and decision. Thin Layer Chromatography (TLC)Characterise retention factor and component profile, class fraction or purity, and semi-quantitative or calibrated component amount using a scope agreed around your sample and decision. Unknown Material and Formulation AnalysisUse Unknown Material and Formulation Analysis to evaluate multi-method evidence needed to identify failure causes, unknown materials, deposits, or formulations with a scope matched to your sample, application, and decision.

BET Surface Area, Pore Size and Volumetric Gas SorptionUse BET Surface Area, Pore Size and Volumetric Gas Sorption to evaluate particle size, porosity, surface area, roughness, wettability, or interfacial behaviour with a scope matched to your sample, application, and decision. Capillary Flow / Bubble-Point Porometry (CFP)Use Capillary Flow / Bubble-Point Porometry (CFP) to evaluate particle size, porosity, surface area, roughness, wettability, or interfacial behaviour with a scope matched to your sample, application, and decision. Contact Angle Measurement (CA)Use Contact Angle Measurement (CA) to evaluate particle size, porosity, surface area, roughness, wettability, or interfacial behaviour with a scope matched to your sample, application, and decision. Dynamic Vapour Sorption (DVS)Use Dynamic Vapour Sorption (DVS) to evaluate particle size, porosity, surface area, roughness, wettability, or interfacial behaviour with a scope matched to your sample, application, and decision. Fisher Sub-Sieve Particle Size Analysis (FSSS)Use Fisher Sub-Sieve Particle Size Analysis (FSSS) to evaluate particle size, porosity, surface area, roughness, wettability, or interfacial behaviour with a scope matched to your sample, application, and decision. High-Temperature / High-Pressure Gas Adsorption (HP Adsorption)Use High-Temperature / High-Pressure Gas Adsorption (HP Adsorption) to evaluate particle size, porosity, surface area, roughness, wettability, or interfacial behaviour with a scope matched to your sample, application, and decision. Image-Based Particle Size and Morphology Analysis (Image PSD)Use Image-Based Particle Size and Morphology Analysis (Image PSD) to evaluate particle size, porosity, surface area, roughness, wettability, or interfacial behaviour with a scope matched to your sample, application, and decision. Mercury Intrusion Porosimetry (MIP)Use Mercury Intrusion Porosimetry (MIP) to evaluate particle size, porosity, surface area, roughness, wettability, or interfacial behaviour with a scope matched to your sample, application, and decision. Multicomponent Competitive Adsorption / Breakthrough AnalysisUse Multicomponent Competitive Adsorption / Breakthrough Analysis to evaluate particle size, porosity, surface area, roughness, wettability, or interfacial behaviour with a scope matched to your sample, application, and decision. Particle Size and Zeta Potential Analysis (DLS/PSD)Use Particle Size and Zeta Potential Analysis (DLS/PSD) to evaluate particle size, porosity, surface area, roughness, wettability, or interfacial behaviour with a scope matched to your sample, application, and decision. Porosity and Permeability Measurement (Poroperm)Use Porosity and Permeability Measurement (Poroperm) to evaluate particle size, porosity, surface area, roughness, wettability, or interfacial behaviour with a scope matched to your sample, application, and decision. Powder Flow and Bulk Property AnalysisUse Powder Flow and Bulk Property Analysis to evaluate particle size, porosity, surface area, roughness, wettability, or interfacial behaviour with a scope matched to your sample, application, and decision. Solid / Thin-Film Surface Zeta PotentialUse Solid / Thin-Film Surface Zeta Potential to evaluate particle size, porosity, surface area, roughness, wettability, or interfacial behaviour with a scope matched to your sample, application, and decision. Surface Tension and Adhesion Force Measurement (Tensiometry)Use Surface Tension and Adhesion Force Measurement (Tensiometry) to evaluate particle size, porosity, surface area, roughness, wettability, or interfacial behaviour with a scope matched to your sample, application, and decision. Temperature-Programmed Chemisorption (TPD/TPR/TPO)Use Temperature-Programmed Chemisorption (TPD/TPR/TPO) to evaluate particle size, porosity, surface area, roughness, wettability, or interfacial behaviour with a scope matched to your sample, application, and decision. True Density and Porosity Analysis (Pycnometry)Use True Density and Porosity Analysis (Pycnometry) to evaluate particle size, porosity, surface area, roughness, wettability, or interfacial behaviour with a scope matched to your sample, application, and decision.

Asphalt Performance TestingUse Asphalt Performance Testing to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Contact Surface Roughness and Profilometry (Stylus Profilometry)Use Contact Surface Roughness and Profilometry (Stylus Profilometry) to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Coordinate Measuring Machine Dimensional Metrology (CMM)CMM dimensional inspection against CAD or drawings, with datums, tolerances, accessible features and the measurement report agreed before quotation. Critical Micelle Concentration Determination (CMC)Use Critical Micelle Concentration Determination (CMC) to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Density MeasurementUse Density Measurement to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Density ProfilingUse Density Profiling to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Dimensional and Video MetrologyUse Dimensional and Video Metrology to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Fibre AnalysisUse Fibre Analysis to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Folding Endurance TestingMeasure how paper and suitable flexible sheets withstand repeated folding. Plan a laboratory test with agreed specimen direction, tension, conditioning and reporting of folds to failure. Freezing-Point OsmometryUse Freezing-Point Osmometry to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Gas, Oxygen and Water-Vapour Permeability (OTR/GTR/WVTR)Use Gas, Oxygen and Water-Vapour Permeability (OTR/GTR/WVTR) to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. High-Temperature Melt / Glass / Slag / Metal Viscosity (HT Viscometry)Use High-Temperature Melt / Glass / Slag / Metal Viscosity (HT Viscometry) to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Intelligent Gravimetric Analysis (IGA)Use Intelligent Gravimetric Analysis (IGA) to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Magnetic Particle Inspection (MPI)Detect surface and near-surface discontinuities in ferromagnetic components using magnetic-particle inspection, with the magnetisation route, surface condition and reporting basis agreed before work begins. Melt Flow Rate / Melt Flow Index (MFR/MFI)Use Melt Flow Rate / Melt Flow Index (MFR/MFI) to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Membrane Electrode Performance Testing (MEA)Use Membrane Electrode Performance Testing (MEA) to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Moisture Retention Characteristic CurveUse Moisture Retention Characteristic Curve to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Particle CountingUse Particle Counting to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Penetration TestingUse Penetration Testing to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Planar Laser InterferometryUse Planar Laser Interferometry to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Quartz Crystal Microbalance (QCM)Use Quartz Crystal Microbalance (QCM) to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Retroreflectivity MeasurementUse Retroreflectivity Measurement to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Rheological Testing (Rheology)Use Rheological Testing (Rheology) to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Rock Diagenesis Physical Simulation (Diagenesis simulation)Use Rock Diagenesis Physical Simulation (Diagenesis simulation) to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Roundness MeasurementUse Roundness Measurement to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Rubber Cure and Processing Rheometry (MDR/RPA/Mooney)Use Rubber Cure and Processing Rheometry (MDR/RPA/Mooney) to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Surfactant CharacterisationUse Surfactant Characterisation to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Thickness and Coating-Thickness MeasurementUse Thickness and Coating-Thickness Measurement to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Viscosity MeasurementUse Viscosity Measurement to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. Water Flux TestingUse Water Flux Testing to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision. X-ray Radiography and Radiographic NDT (RT)Use X-ray Radiography and Radiographic NDT (RT) to evaluate density, transport, rheological, dimensional, moisture, or other bulk physical properties with a scope matched to your sample, application, and decision.

Adhesion TestingUse Adhesion Testing to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Akron Abrasion TestingUse Akron Abrasion Testing to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Creep and Stress Relaxation (including High-Temperature Rupture)Use Creep and Stress Relaxation (including High-Temperature Rupture) to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Dynamic Mechanical Analysis (DMA)Characterise viscoelastic behaviour through storage modulus, loss modulus and damping under an agreed deformation and temperature/frequency programme. Friction and Wear Testing (including High-Temperature Mode) (Tribology)Use Friction and Wear Testing (including High-Temperature Mode) (Tribology) to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Martindale Abrasion TestingUse Martindale Abrasion Testing to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Nanoindentation / Nanoscratch (NI/NS)Use Nanoindentation / Nanoscratch (NI/NS) to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Residual Stress MeasurementUse Residual Stress Measurement to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Scratch and Coating Scratch-Adhesion TestingUse Scratch and Coating Scratch-Adhesion Testing to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Static Coefficient of Friction Testing (COF)Use Static Coefficient of Friction Testing (COF) to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision.

Brazilian Splitting Tensile StrengthMeasure indirect tensile strength by loading a disc or cylindrical specimen across its diameter, with geometry, loading conditions and validity checks agreed for the material and decision. Digital Image Correlation Full-Field Strain Measurement (DIC)Use Digital Image Correlation Full-Field Strain Measurement (DIC) to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Drop-Weight / Falling-Dart Impact Testing (Drop Impact)Use Drop-Weight / Falling-Dart Impact Testing (Drop Impact) to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Elastic Modulus, Poisson's Ratio and Elastic ConstantsUse Elastic Modulus, Poisson's Ratio and Elastic Constants to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Erichsen Cupping TestingUse Erichsen Cupping Testing to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Fabric Elasticity TestingUse Fabric Elasticity Testing to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Fabric Hand EvaluationUse Fabric Hand Evaluation to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Fabric Stiffness TestingUse Fabric Stiffness Testing to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Fabric Tensile Strength TestingUse Fabric Tensile Strength Testing to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Falling-Ball Impact TestingUse Falling-Ball Impact Testing to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Fatigue and Cyclic Loading TestingUse Fatigue and Cyclic Loading Testing to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Flexible Material Mechanical TestingUse Flexible Material Mechanical Testing to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Flexural / Bending TestingUse Flexural / Bending Testing to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Gleeble Thermomechanical SimulationUse Gleeble Thermomechanical Simulation to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Hardness Testing (including High-Temperature Mode)Measure hardness on an agreed scale with the load, dwell time, point count and surface condition defined for the material. Hydrostatic Pressure Resistance TestingUse Hydrostatic Pressure Resistance Testing to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Light-Gas-Gun High-Velocity Impact TestingUse Light-Gas-Gun High-Velocity Impact Testing to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Long-Column Compression TestingUse Long-Column Compression Testing to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Paper Stiffness TestingUse Paper Stiffness Testing to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Pendulum / Charpy-Izod Impact TestingMeasure Charpy or Izod absorbed energy or method-defined impact strength for an agreed material, standard, notch, geometry and temperature. Push-Pull Force and Weld Strength TestingUse Push-Pull Force and Weld Strength Testing to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Rock Triaxial and Multi-Field Coupled Mechanical TestingUse Rock Triaxial and Multi-Field Coupled Mechanical Testing to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Rubber Elasticity / Resilience TestingUse Rubber Elasticity / Resilience Testing to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Single-Fibre / Monofilament StrengthUse Single-Fibre / Monofilament Strength to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Single-Particle Mechanical and Strength Testing (Particle Mechanics)Use Single-Particle Mechanical and Strength Testing (Particle Mechanics) to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Slow-Strain-Rate Stress Corrosion Testing (SSRT)Use Slow-Strain-Rate Stress Corrosion Testing (SSRT) to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Split Hopkinson Pressure/Tension Bar Testing (SHPB)Use Split Hopkinson Pressure/Tension Bar Testing (SHPB) to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Stone-Chip Resistance TestingUse Stone-Chip Resistance Testing to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Tensile Testing (Biaxial / High-Speed / Coupled Modes)Use Tensile Testing (Biaxial / High-Speed / Coupled Modes) to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Thin-Film Stress MeasurementUse Thin-Film Stress Measurement to evaluate strength, stiffness, hardness, fatigue, fracture, deformation, friction, or wear with a scope matched to your sample, application, and decision. Universal Mechanical Testing (UTM)Measure tensile or compressive response using specimen geometry, grips or platens, loading conditions and result definitions agreed for the material.

3D Thermophysical Property AnalysisUse 3D Thermophysical Property Analysis to evaluate thermal transitions, stability, heat flow, expansion, conductivity, or temperature-dependent behaviour with a scope matched to your sample, application, and decision. Ash Fusion Temperature (AFT)Use Ash Fusion Temperature (AFT) to evaluate thermal transitions, stability, heat flow, expansion, conductivity, or temperature-dependent behaviour with a scope matched to your sample, application, and decision. Bomb CalorimetryUse Bomb Calorimetry to evaluate thermal transitions, stability, heat flow, expansion, conductivity, or temperature-dependent behaviour with a scope matched to your sample, application, and decision. Cement Hydration Heat Analysis (Hydration Calorimetry)Use Cement Hydration Heat Analysis (Hydration Calorimetry) to evaluate thermal transitions, stability, heat flow, expansion, conductivity, or temperature-dependent behaviour with a scope matched to your sample, application, and decision. Cone CalorimetryUse Cone Calorimetry to evaluate thermal transitions, stability, heat flow, expansion, conductivity, or temperature-dependent behaviour with a scope matched to your sample, application, and decision. Differential Scanning Calorimetry (DSC)Measure heat flow to investigate glass transition, melting and crystallisation, with enthalpy evaluation where agreed. Interfacial Thermal Resistance and ConductanceEvaluate resistance to heat flow across a material interface. Agree the contact surfaces, specimen geometry, temperature and loading conditions before comparing thermal resistance or conductance. Internal Friction / Mechanical Loss TestingUse Internal Friction / Mechanical Loss Testing to evaluate thermal transitions, stability, heat flow, expansion, conductivity, or temperature-dependent behaviour with a scope matched to your sample, application, and decision. Melting Point AnalysisUse Melting Point Analysis to evaluate thermal transitions, stability, heat flow, expansion, conductivity, or temperature-dependent behaviour with a scope matched to your sample, application, and decision. Microscale Combustion Calorimetry (MCC)Use Microscale Combustion Calorimetry (MCC) to evaluate thermal transitions, stability, heat flow, expansion, conductivity, or temperature-dependent behaviour with a scope matched to your sample, application, and decision. Oxy-Acetylene Ablation TestingUse Oxy-Acetylene Ablation Testing to evaluate thermal transitions, stability, heat flow, expansion, conductivity, or temperature-dependent behaviour with a scope matched to your sample, application, and decision. Simultaneous Thermal Analysis (STA)Use Simultaneous Thermal Analysis (STA) to evaluate thermal transitions, stability, heat flow, expansion, conductivity, or temperature-dependent behaviour with a scope matched to your sample, application, and decision. Thermal Conductivity and Diffusivity Testing (TC/LFA/TPS)Thermal conductivity and diffusivity testing with LFA, TPS or an agreed heat-flow method, matched to specimen geometry, direction and temperature. Thermogravimetric Analysis (TGA)Measure mass change with temperature or time to assess mass-loss stages and remaining residue. Thermomechanical Analysis and Coefficient of Thermal Expansion (TMA/CTE)Use Thermomechanical Analysis and Coefficient of Thermal Expansion (TMA/CTE) to evaluate thermal transitions, stability, heat flow, expansion, conductivity, or temperature-dependent behaviour with a scope matched to your sample, application, and decision. Vicat Softening Temperature / Heat Deflection Testing (Vicat/HDT)Use Vicat Softening Temperature / Heat Deflection Testing (Vicat/HDT) to evaluate thermal transitions, stability, heat flow, expansion, conductivity, or temperature-dependent behaviour with a scope matched to your sample, application, and decision.

Deep-Level Transient Spectroscopy (DLTS)Use Deep-Level Transient Spectroscopy (DLTS) to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Dielectric Property TestingUse Dielectric Property Testing to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Differential Electrochemical Mass Spectrometry (DEMS)Use Differential Electrochemical Mass Spectrometry (DEMS) to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Electrical / Electrochemical Impedance AnalysisUse Electrical / Electrochemical Impedance Analysis to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Electrical Breakdown Voltage TestingUse Electrical Breakdown Voltage Testing to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Electrical Resistivity, Conductivity and Four-Point Probe Measurement (Resistivity/4PP)Use Electrical Resistivity, Conductivity and Four-Point Probe Measurement (Resistivity/4PP) to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Electrocatalytic CO2 Reduction Testing (CO2RR)Use Electrocatalytic CO2 Reduction Testing (CO2RR) to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Electrocatalytic Performance Testing (ORR/OER/HER)Use Electrocatalytic Performance Testing (ORR/OER/HER) to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Electrochemical Corrosion TestingUse Electrochemical Corrosion Testing to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Electrochemical Quartz Crystal Microbalance (EQCM)Use Electrochemical Quartz Crystal Microbalance (EQCM) to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Ferroelectric Property and Hysteresis TestingUse Ferroelectric Property and Hysteresis Testing to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Gas-Sensor Performance TestingUse Gas-Sensor Performance Testing to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. General Electrochemical and Voltammetric Testing (CV/EIS/LSV)Use General Electrochemical and Voltammetric Testing (CV/EIS/LSV) to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Hall Effect Measurement (including Variable Temperature)Use Hall Effect Measurement (including Variable Temperature) to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. In-situ Electrochemical Optical, Confocal and Digital-Holographic Imaging (EC Imaging)Use In-situ Electrochemical Optical, Confocal and Digital-Holographic Imaging (EC Imaging) to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Intensity-Modulated Photocurrent / Photovoltage Spectroscopy (IMPS/IMVS)Use Intensity-Modulated Photocurrent / Photovoltage Spectroscopy (IMPS/IMVS) to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Minority-Carrier Lifetime Measurement (MCLT)Use Minority-Carrier Lifetime Measurement (MCLT) to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Piezoelectric Coefficient and Performance Testing (d33)Use Piezoelectric Coefficient and Performance Testing (d33) to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Seebeck Coefficient and Electrical ResistivityUse Seebeck Coefficient and Electrical Resistivity to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Semiconductor Parameter AnalysisUse Semiconductor Parameter Analysis to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Solar-Cell I-V and Performance Testing (Solar I-V)Use Solar-Cell I-V and Performance Testing (Solar I-V) to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Solid-State Electrolyte Characterisation (SSE)Use Solid-State Electrolyte Characterisation (SSE) to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Space-Charge MeasurementUse Space-Charge Measurement to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Thermally Stimulated Depolarisation Current (TSC)Use Thermally Stimulated Depolarisation Current (TSC) to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Vector Network Analysis (VNA)Use Vector Network Analysis (VNA) to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision. Water Electrolysis Performance TestingUse Water Electrolysis Performance Testing to evaluate electrical transport, dielectric, electrochemical, battery, corrosion, or impedance behaviour with a scope matched to your sample, application, and decision.

Antenna Near-/Far-Field Anechoic-Chamber TestingUse Antenna Near-/Far-Field Anechoic-Chamber Testing to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Colorimetry, Colour Difference and WhitenessUse Colorimetry, Colour Difference and Whiteness to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. External Quantum Efficiency / Incident Photon-to-Current Efficiency (EQE/IPCE)Use External Quantum Efficiency / Incident Photon-to-Current Efficiency (EQE/IPCE) to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Ferromagnetic Resonance Spectroscopy (FMR)Use Ferromagnetic Resonance Spectroscopy (FMR) to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Fibre Birefringence MeasurementUse Fibre Birefringence Measurement to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Gloss MeasurementUse Gloss Measurement to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Haze and Light TransmittanceUse Haze and Light Transmittance to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. High-Temperature Waveguide TestingUse High-Temperature Waveguide Testing to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Impedance-Tube Sound Absorption, Flow Resistivity and Acoustic TestingUse Impedance-Tube Sound Absorption, Flow Resistivity and Acoustic Testing to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Infrared Reflectance, Transmittance and Emissivity (IR R/T/E)Use Infrared Reflectance, Transmittance and Emissivity (IR R/T/E) to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Laser Doppler Vibrometry (LDV)Use Laser Doppler Vibrometry (LDV) to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. LED / OLED and Semiconductor Optoelectronic Performance TestingUse LED / OLED and Semiconductor Optoelectronic Performance Testing to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Magneto-Optical Kerr Microscopy (MOKE)Use Magneto-Optical Kerr Microscopy (MOKE) to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Magnetoelectric Coefficient MeasurementUse Magnetoelectric Coefficient Measurement to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Magnetostriction Coefficient MeasurementUse Magnetostriction Coefficient Measurement to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Microwave Cavity Resonator TestingUse Microwave Cavity Resonator Testing to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Optical / Infrared Radiant Power Measurement (Optical Power)Use Optical / Infrared Radiant Power Measurement (Optical Power) to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Optical Rotation / PolarimetryUse Optical Rotation / Polarimetry to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Particle Image Velocimetry (PIV)Use Particle Image Velocimetry (PIV) to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Photocatalytic Activity Testing (H2, Water Splitting, CO2 Reduction and Degradation) (Photocatalysis)Use Photocatalytic Activity Testing (H2, Water Splitting, CO2 Reduction and Degradation) (Photocatalysis) to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Physical Property Measurement System (PPMS)Use Physical Property Measurement System (PPMS) to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Refractive Index Measurement / Abbe Refractometry (RI)Use Refractive Index Measurement / Abbe Refractometry (RI) to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Scintillator Imaging and Performance CharacterisationUse Scintillator Imaging and Performance Characterisation to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Second-Harmonic Generation Measurement (SHG)Use Second-Harmonic Generation Measurement (SHG) to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Secondary Electron Yield Measurement (SEY)Use Secondary Electron Yield Measurement (SEY) to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Soft-Magnetic DC / B-H Loop TestingUse Soft-Magnetic DC / B-H Loop Testing to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Spectroscopic EllipsometryUse Spectroscopic Ellipsometry to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. SQUID Magnetometry (SQUID/MPMS)Use SQUID Magnetometry (SQUID/MPMS) to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Surface Photovoltage Spectroscopy (SPV)Use Surface Photovoltage Spectroscopy (SPV) to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Ultrasonic Material Characterisation and Flaw DetectionUse Ultrasonic Material Characterisation and Flaw Detection to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Ultrasonic Tortuosity MeasurementUse Ultrasonic Tortuosity Measurement to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Vibrating Sample Magnetometry and Magnetic Hysteresis (VSM)Use Vibrating Sample Magnetometry and Magnetic Hysteresis (VSM) to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Vitrinite Reflectance MeasurementUse Vitrinite Reflectance Measurement to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision. Z-Scan Nonlinear Optical MeasurementUse Z-Scan Nonlinear Optical Measurement to evaluate optical, photonic, colour, magnetic, acoustic, or ultrasonic response with a scope matched to your sample, application, and decision.

Ageing TestingUse Ageing Testing to evaluate durability and functional change under controlled environmental, ageing, or reliability stresses with a scope matched to your sample, application, and decision. Carbon-Arc Ageing TestingUse Carbon-Arc Ageing Testing to evaluate durability and functional change under controlled environmental, ageing, or reliability stresses with a scope matched to your sample, application, and decision. Gas Corrosion TestingUse Gas Corrosion Testing to evaluate durability and functional change under controlled environmental, ageing, or reliability stresses with a scope matched to your sample, application, and decision. Glow-Wire TestingUse Glow-Wire Testing to evaluate durability and functional change under controlled environmental, ageing, or reliability stresses with a scope matched to your sample, application, and decision. Horizontal / Vertical Burning Testing (UL-94)Use Horizontal / Vertical Burning Testing (UL-94) to evaluate durability and functional change under controlled environmental, ageing, or reliability stresses with a scope matched to your sample, application, and decision. Ionising Radiation Exposure Testing (Co-60 / Electron Beam) (Irradiation)Use Ionising Radiation Exposure Testing (Co-60 / Electron Beam) (Irradiation) to evaluate durability and functional change under controlled environmental, ageing, or reliability stresses with a scope matched to your sample, application, and decision. Limiting Oxygen Index (LOI)Use Limiting Oxygen Index (LOI) to evaluate durability and functional change under controlled environmental, ageing, or reliability stresses with a scope matched to your sample, application, and decision. Liquid Moisture Management Testing (MMT)Use Liquid Moisture Management Testing (MMT) to evaluate durability and functional change under controlled environmental, ageing, or reliability stresses with a scope matched to your sample, application, and decision. Low-Temperature Brittleness TestingUse Low-Temperature Brittleness Testing to evaluate durability and functional change under controlled environmental, ageing, or reliability stresses with a scope matched to your sample, application, and decision. Ozone Ageing TestingUse Ozone Ageing Testing to evaluate durability and functional change under controlled environmental, ageing, or reliability stresses with a scope matched to your sample, application, and decision. Salt Spray TestingUse Salt Spray Testing to evaluate durability and functional change under controlled environmental, ageing, or reliability stresses with a scope matched to your sample, application, and decision. Smoke Density TestingUse Smoke Density Testing to evaluate durability and functional change under controlled environmental, ageing, or reliability stresses with a scope matched to your sample, application, and decision. Temperature-Humidity and Climatic Environmental Testing (T/H)Use Temperature-Humidity and Climatic Environmental Testing (T/H) to evaluate durability and functional change under controlled environmental, ageing, or reliability stresses with a scope matched to your sample, application, and decision. Thermal Shock TestingUse Thermal Shock Testing to evaluate durability and functional change under controlled environmental, ageing, or reliability stresses with a scope matched to your sample, application, and decision. UV Ageing and Weathering ResistanceUse UV Ageing and Weathering Resistance to evaluate durability and functional change under controlled environmental, ageing, or reliability stresses with a scope matched to your sample, application, and decision.

CNC DrillingCNC drilling creates controlled through, blind, stepped, counterbored, countersunk, reamed, or threaded holes from digital geometry. Hole depth-to-diameter ratio, tool access, positional tolerance, burr control, and inspection method should be agreed before manufacture. CNC MillingCNC milling removes material with rotating tools to produce prismatic, freeform, pocketed, contoured, and multi-sided parts. Setup count, tool access, internal radii, thin walls, tolerances, and datum strategy strongly influence cost and consistency. CNC TurningCNC turning produces rotational parts by cutting bar, tube, or billet on a controlled lathe. Live tooling can add flats, cross-holes, slots, and threads while concentricity, runout, workholding, and stock diameter govern feasibility.

Laser CuttingLaser cutting uses a focused beam to produce accurate profiles and holes in sheet or plate. Material, thickness, reflectivity, kerf, heat-affected edge, minimum feature size, nesting, and downstream bending or finishing must be considered together. Plasma CuttingPlasma cutting rapidly profiles electrically conductive metal using a constricted plasma arc. It is well suited to thicker plate and robust fabrications where speed and cost matter more than laser-like edge precision. Waterjet CuttingWaterjet cutting uses high-pressure water, usually with abrasive, to cut metals, polymers, composites, glass, ceramics, and other heat-sensitive materials without a conventional heat-affected zone.

Direct Metal Laser Sintering (DMLS)DMLS builds dense metal parts layer by layer from powder using a laser. Orientation, support strategy, residual stress, internal channels, powder removal, heat treatment, surface finish, and post-machining are integral to the design review. Fused Deposition Modeling (FDM)FDM deposits thermoplastic filament in layers to create low-cost prototypes, fixtures, and functional parts. Layer direction, support, wall and infill strategy, anisotropy, warpage, and visible layer texture should be designed deliberately. HP Multi Jet Fusion (MJF)MJF fuses polymer powder with detailing and fusing agents to produce strong, repeatable nylon parts with good feature definition and efficient batch packing. Powder removal, colour, vapour smoothing, and dimensional expectations should be agreed. Selective Laser Sintering (SLS)SLS laser-sinters polymer powder without separate support structures, making it effective for durable prototypes, complex geometries, and nested batches. Grainy as-printed texture and powder-removal access remain design considerations. Stereolithography (SLA)SLA cures liquid photopolymer with light to create detailed, smooth prototypes and masters. Resin behaviour, UV ageing, support marks, drainage, hollow sections, post-cure, and dimensional stability should match the intended use.

Compression MouldingCompression moulding places a measured charge in a heated mould and applies pressure while the material forms or cures. It is useful for silicone, thermoset, rubber, and composite parts, including large flat or curved components and lower-volume tooling routes. Die CastingDie casting injects molten low-melting-point metal into reusable steel tooling at pressure, producing repeatable, complex aluminium or zinc parts for serial production. Tooling, draft, wall uniformity, porosity, machining allowance, and coating are central design decisions. Foam MouldingFoam moulding creates lightweight rigid or flexible polymer parts by expanding or reacting material inside a mould. Density, cell structure, skin, shrinkage, venting, inserts, and local thickness determine performance and appearance. Injection MouldingInjection moulding forces molten polymer into a closed tool for repeatable plastic parts. Draft, wall thickness, ribs, bosses, gates, weld lines, sink, ejection, material shrinkage, inserts, texture, and volume should be reviewed before tooling. Prototype MouldsPrototype moulds provide lower-cost tooling for design verification, customer trials, bridge production, and process learning before investment in high-life production tooling. Tool material and simplifications should be linked to the required shots and evidence. ThermoformingThermoforming heats sheet and forms it over or into a mould with vacuum, pressure, or mechanical assistance. Draw ratio, thinning, draft, undercuts, trim, texture, tooling, and sheet selection determine quality. Vacuum CastingVacuum casting uses a silicone mould, usually made from a master pattern, to produce small batches of polyurethane or similar resin parts with moulded appearance and fine detail. Master quality, split line, inserts, colour, bubbles, and mould life govern results.

Certifications and Inspection ReportsCertification and inspection support defines and collects the quality evidence required with a manufacturing order, such as conformity statements, raw-material certificates, heat-treatment records, RoHS evidence, dimensional reports, CMM results, or FAIR documentation. Custom Fixtures & JigsCustom fixtures and jigs support repeatable assembly, inspection, testing, machining, welding, or handling. The design should control the necessary degrees of freedom while providing access, avoiding part damage, and remaining easy to use and verify. Post-processingPost-processing covers the operations after primary manufacture that remove supports or powder, improve dimensions or surfaces, alter properties, add colour or protection, and prepare parts for assembly or inspection. Rapid PrototypingRapid prototyping selects and combines additive, CNC, sheet, casting, or prototype-tooling methods to answer a specific design question quickly. The prototype type should match whether the team needs appearance, fit, function, process learning, or customer samples. Sample PreparationSample preparation converts material or components into geometry, surface, cleanliness, orientation, and mounting suitable for the intended test. Traceability and avoidance of thermal, mechanical, chemical, or contamination artefacts are part of the service. Surface FinishesSurface-finishing support selects and specifies mechanical, chemical, electrochemical, conversion, paint, coating, or heat-treatment finishes to achieve appearance, corrosion, wear, conductivity, adhesion, cleanability, or friction requirements.

Boundary Condition ReviewBoundary-condition review is an independent check of constraints, loads, contacts, symmetry, interfaces, remote points, fluid boundaries, thermal conditions, and load paths before results are relied upon. Computational Fluid Dynamics (CFD)CFD resolves flow, pressure, temperature, species transport, or multiphase behaviour in a defined fluid domain. The useful result is not only a colour contour: it is a balanced solution with appropriate turbulence, boundary, and convergence treatment. Design RecommendationsDesign-recommendation support converts numerical results into a ranked, feasible set of geometry, material, interface, cooling, support, or operating changes rather than delivering plots without a decision path. Engineering ReportsEngineering-report preparation organises the model purpose, geometry, materials, assumptions, boundary conditions, mesh, solver controls, verification checks, results, limitations, and conclusions into a traceable technical record. Failure Investigation SupportSimulation can test failure hypotheses by comparing predicted hot spots, overload paths, thermal gradients, vibration modes, or flow abnormalities with fracture, microscopy, test, and service evidence. It supports an investigation but does not replace physical evidence. Fatigue and Durability ChecksFatigue and durability checks convert cyclic stress or strain histories into life, damage, or crack-initiation indicators using an appropriate S-N, strain-life, or duty-cycle method and clearly stated mean-stress and cumulative-damage assumptions. Finite Element Analysis (FEA)Finite element analysis predicts structural response before physical testing by discretising a component or assembly and solving for stresses, strains, displacements, reactions, stability, or dynamic behaviour under defined loads. Fixture and Jig OptimisationFixture and jig optimisation checks stiffness, clamp loads, deflection, access, vibration, and load transfer so that tooling supports the process without distorting the part or masking the measurement of interest. Material Model SelectionMaterial-model selection matches the constitutive law to the material, loading, temperature, strain rate, anisotropy, and available calibration data. The simplest model that answers the engineering question is normally preferred. Model Setup ReviewModel-setup review checks geometry idealisation, element choice, mesh, contacts, loads, constraints, solver settings, convergence, warnings, and result extraction before expensive reruns or design decisions. Multiphysics SimulationMultiphysics simulation couples two or more interacting domains, such as thermal-structural, electro-thermal, fluid-structure, electromagnetic-thermal, or species-transport effects. Coupling order, interface variables, and time scales must be made explicit. Pressure Vessel AssessmentPressure-vessel assessment evaluates membrane, bending, local, thermal, buckling, and fatigue response under agreed pressure and nozzle or support loads. Code-based conclusions require the applicable design standard and qualified engineering sign-off. Product Design VerificationProduct design verification uses simulation to compare a design against explicit functional, strength, stiffness, thermal, flow, or durability requirements before committing to tooling or full physical validation. Results InterpretationResults-interpretation support explains what the numerical output means, which trends are robust, where uncertainty or singularities matter, and what additional modelling or testing is justified. Stress and Deformation AnalysisStress and deformation analysis quantifies load paths, von Mises and principal stresses, strains, displacements, reactions, contact pressures, and stiffness under agreed structural load cases. Thermal AnalysisThermal analysis predicts steady-state or transient temperature, heat flux, thermal resistance, and thermal expansion for components, assemblies, or processes. Radiation, convection, contacts, and temperature-dependent properties are treated explicitly where material.

Batch ComparisonBatch comparison separates between-batch shifts from within-batch variability while respecting replicate, instrument, operator, and time structure. The aim is to identify meaningful process differences rather than rank batches from a single summary value. Dashboard PreparationDashboard preparation turns a defined set of quality, test, process, or project metrics into an interactive, refreshable view with clear calculations, filters, status rules, and data lineage. Data Cleaning and StructuringData cleaning and structuring converts raw files into a traceable analysis-ready dataset without silently changing meaning. The workflow records parsing, unit harmonisation, missingness, duplicate handling, range checks, and every exclusion. Exploratory Data AnalysisExploratory data analysis describes distributions, missingness, outliers, group differences, and relationships before confirmatory modelling. It is used to discover structure and problems, not to retrofit a hypothesis after seeing the result. Failure Pattern ReviewFailure pattern review combines coded symptoms, location, time, operating conditions, images, and test results to identify recurring signatures, clusters, Pareto drivers, and candidate mechanisms for a structured investigation. Image Measurement SupportImage measurement support converts calibrated images into dimensions, counts, areas, shape descriptors, intensity metrics, or spatial distributions using documented segmentation and measurement rules. Machine Learning SupportMachine-learning support covers problem definition, data readiness, leakage control, feature engineering, train-validation-test design, baseline models, tuned models, explainability, and honest performance reporting. Measurement Uncertainty SupportMeasurement uncertainty support builds a transparent budget from repeatability, calibration, resolution, sampling, drift, environmental, and model contributions. It supports decision making but does not by itself create an accredited uncertainty claim. Microscopy Data ReviewMicroscopy data review checks acquisition metadata, contrast, calibration, artefacts, representative fields, feature measurements, and consistency with the claimed morphology, structure, or composition. Report Figures and TablesReport-figure and table preparation turns approved analyses into clear, consistent, accessible outputs with correct units, uncertainty, labels, legends, significant figures, and a traceable connection to source data. Signal ProcessingSignal processing conditions time-, frequency-, or spatial-domain signals while preserving traceability to the raw data. Filtering, detrending, resampling, event detection, FFT, PSD, envelope, and convolution choices are documented and checked for distortion. Spectral Data ProcessingSpectral data processing covers calibration, alignment, baseline or background treatment, smoothing where justified, normalisation, peak or component fitting, and extraction of method-specific metrics without concealing the raw spectrum. Statistical AnalysisStatistical analysis selects a method that matches the design, distribution, dependence, sample size, and question. Effect sizes, uncertainty, diagnostics, and multiplicity are reported alongside p-values. Test Result InterpretationTest-result interpretation translates instrument outputs into method-aware conclusions, considering controls, sample history, resolution, detection limits, repeatability, uncertainty, and consistency with other evidence. Trend and Correlation ReviewTrend and correlation review examines direction, strength, nonlinearity, lag, confounding, and repeatability across variables or time. Correlation is treated as evidence of association rather than proof of causation. Workflow AutomationWorkflow automation replaces repetitive import, validation, calculation, plotting, and report steps with a versioned, testable process that records inputs, parameters, warnings, and outputs.