Industries Served
Precision Measurement & Geophysical Survey for Every Sector
Dimensional metrology and geophysical survey are each mission-critical across dozens of sectors. PartnerGeometrics understands the specific requirements — standards, tolerances, and instrument types — demanded by each industry, in both fields.
Automotive & Tier 1 Suppliers
Automotive manufacturing runs on GD&T (geometric dimensioning and tolerancing) and statistical process control. OEMs and Tier 1 suppliers use CMMs for first-article and in-line inspection of body-in-white panels, engine and transmission components, and stamped/molded parts, backed by IATF 16949 quality-management requirements.
Key standards: IATF 16949, ISO 9001, VDA 6.3, PPAP (Production Part Approval Process), GD&T per ASME Y14.5 / ISO 1101.
Instrument types most used: Bridge and gantry CMMs (in-line and lab), optical/vision measuring for stamped and plastic parts, surface roughness testers for engine and bearing surfaces, hand tools for shop-floor SPC.
Key brands for this sector: Zeiss, Hexagon (DEA/Leitz), Mitutoyo, Wenzel, Mahr.
Body-in-White
Large-volume CMMs and portable laser trackers for panel fit and gap/flush inspection.
Powertrain Components
High-accuracy CMMs and form testers for engine blocks, crankshafts, and gears.
Stamped & Molded Parts
Optical/vision measuring systems for fast, non-contact 2D/3D dimensional checks.
Supplier PPAP
Full dimensional layout reports using calibrated CMM and hand-tool measurements.
Aerospace & Defense
Aerospace manufacturing and MRO (maintenance, repair, overhaul) demand traceable, high-accuracy measurement of large structures and safety-critical components, under strict quality-system and airworthiness requirements. Large-volume assemblies (wings, fuselage sections, tooling) are frequently measured in-situ rather than moved to a CMM lab.
Key standards: AS9100, first-article inspection (AS9102), NADCAP for special processes, ISO 10360 for CMM performance verification.
Instrument types: Laser trackers and portable articulated arms for large-volume/in-situ measurement, high-accuracy CMMs for machined components, 3D scanning for reverse engineering and composite tooling.
Key brands: Faro, Hexagon (Leica Absolute Tracker, Absolute Arm), API, Zeiss, Renishaw (probing systems).
Precision Machining & Tool & Die
Job shops, mold makers, and tool & die shops live and die by tight-tolerance, repeatable measurement — often on the shop floor rather than in a climate-controlled lab. Form and surface finish are as important as basic dimensions for mating parts, bearings, and sealing surfaces.
Key considerations: shop-floor CMMs (thermally compensated), roundness/cylindricity for bearings and shafts, Ra/Rz surface roughness for sealing and wear surfaces, gauge calibration traceability.
Key brands: Mahr, Mitutoyo, Taylor Hobson, Zeiss, Tesa, Trimos.
Mold & Die
Optical/vision measuring and CMMs for complex cavity and core geometry verification.
Bearings & Shafts
Roundness and cylindricity testers for form errors invisible to a caliper or micrometer.
Shop-Floor QC
Digital calipers, micrometers, and height gauges for fast in-process checks.
Incoming Inspection
Hand tools and portable gauges for verifying supplier-delivered components.
Medical Device Manufacturing
Medical device manufacturing combines very tight tolerances with small part sizes — implants, surgical instruments, catheter components, and orthopedic hardware routinely require micron-level measurement under a documented, validated quality system.
Key standards: ISO 13485, FDA 21 CFR Part 820, GD&T per ASME Y14.5, measurement system analysis (MSA/Gage R&R).
Instrument types: High-resolution optical/vision measuring systems, small-envelope CMMs with fine probing, surface roughness testers for implant surfaces, precision hand tools for incoming/final inspection.
Key brands: Mitutoyo (QV series), Keyence, Zeiss (O-Inspect combines optical + CMM probing — popular for small medical parts), Mahr.
Electronics & Semiconductor
Electronics assembly and semiconductor packaging need fast, non-contact measurement of very small features — PCB pad geometry, BGA ball height and coplanarity, connector pin position — typically at high inspection throughput.
Key considerations: non-contact vision systems (no risk of damaging delicate components), automated/programmable measurement routines for repetitive inspection, sub-micron resolution optics.
Instrument types: Video measuring machines and multisensor systems, laser/white-light confocal add-ons for height measurement.
Key brands: Keyence, Mitutoyo (QuickImage), Nikon Metrology, Werth Messtechnik.
Energy & Power Generation
Turbine components, generator parts, and large fabricated structures in power generation and renewable energy (wind turbine hubs, nacelle components) require both high-accuracy lab measurement and large-volume in-situ verification of assemblies too large to move.
Key considerations: blade/aerofoil profile measurement, large-volume portable metrology for turbine housings and wind components, form measurement for shafts and bearing surfaces subject to extreme loads.
Key brands: Hexagon (Leica Absolute Tracker), Zeiss, Mahr (form/surface), Faro.
Calibration Laboratories & Academia
Accredited calibration laboratories and university/research metrology departments are PartnerGeometrics' most demanding customers: every reference standard and piece of test equipment must itself carry a defensible calibration chain back to national standards.
Key standards: ISO/IEC 17025 (general requirements for the competence of testing and calibration laboratories), national metrology institute (NMI) traceability, environmental control (temperature/humidity logging).
Instrument types: Gauge block sets, granite surface plates, calibration standards and reference artifacts, precision hand tools used as working standards.
Key brands: Mitutoyo, Trimos, Mahr, Starrett, Zeiss.
University earth-science and geophysics field-camp programmes are equally budget-sensitive, and are among the biggest beneficiaries of our Refurbished and Surplus geophysical equipment tiers for teaching magnetometry, resistivity, and GPR surveys.
Reference Standards
Gauge blocks and ring/plug gauges used to verify working instruments.
Environmental Control
Granite surface plates and stable benches for repeatable measurement conditions.
Instrument Calibration
Regular recalibration of CMMs, hand tools, and form testers already in service.
Teaching & Research
Budget-friendly Refurbished and Surplus instruments for university labs.
Shipbuilding & Heavy Fabrication
Shipbuilding and heavy fabrication deal with structures far too large for any CMM table — hull sections, large machined flanges, and structural steelwork are measured in place using portable, large-volume systems.
Key considerations: large-volume alignment and verification (hull sections, engine bed alignment), heavy-fabrication flatness and straightness checks, ruggedized portable equipment for shipyard environments.
Instrument types: Laser trackers, 3D laser scanners, portable articulated arms.
Key brands: Faro, Hexagon (Leica Absolute Tracker), API.
Mineral Exploration & Mining
Mineral exploration geophysics narrows drill targets before committing to expensive drilling programmes. Magnetic, gravity, electromagnetic, and induced-polarization surveys map subsurface geology and mineralization at regional through prospect scale, ahead of and alongside diamond and RC drilling.
Key methods: magnetometer/gradiometer surveys, gravity surveys, EM conductivity mapping, induced polarization (IP) for sulphide mineralization.
Key brands: Geometrics, GEM Systems, Scintrex, Geonics, AGI, Zonge International.
Regional Reconnaissance
Airborne/drone and ground magnetometer surveys over large prospect areas.
Target Definition
Ground IP and resistivity grids to refine drill-hole targeting.
Gravity Surveys
Relative gravimeter grids to map density contrasts and structural geology.
Borehole Logging
Downhole geophysical logs to characterize drill intersections.
Environmental & Geotechnical
Environmental consultants and geotechnical engineers use near-surface geophysics for non-invasive site characterization — locating buried tanks and contamination plumes, mapping soil/bedrock interfaces, and assessing ground conditions before construction, all without the cost and disturbance of extensive drilling.
Key standards: ASTM D6432 (standard guide for GPR), ASTM D6431 (electrical resistivity), state/national environmental site-assessment guidance.
Instrument types: GPR, electrical resistivity tomography (ERT), electromagnetic conductivity meters, seismic refraction.
Key brands: GSSI, Sensors & Software, AGI, IRIS Instruments, Geonics.
Archaeology & Cultural Heritage
Archaeological geophysics maps buried features — foundations, ditches, burials, kilns — without excavation, guiding where (and where not) to dig. Magnetometer gradiometer surveys and GPR are the two most widely used methods, often combined with resistivity for feature confirmation.
Instrument types: fluxgate/cesium gradiometer magnetometers, GPR, earth resistance (resistivity) meters.
Key brands: Geometrics, GEM Systems, GSSI, Sensors & Software, Guideline Geo (MALÅ).
UXO & Unexploded Ordnance Detection
Unexploded ordnance (UXO) clearance and range-remediation projects require high-sensitivity magnetic and electromagnetic detection to locate buried ferrous ordnance ahead of construction or land redevelopment, typically to strict military or regulatory clearance protocols.
Instrument types: cesium vapor gradiometer magnetometers, time-domain EM systems (EM61-style), multi-sensor towed arrays for large-area surveys.
Key brands: Geometrics, GEM Systems, Geonics.
Groundwater & Hydrogeology
Hydrogeologists use electrical and electromagnetic methods to map aquifer geometry, saltwater intrusion, and groundwater contamination plumes, and use borehole geophysics to characterize well logs during drilling and monitoring-well installation.
Instrument types: multi-electrode resistivity/ERT systems, EM conductivity meters, borehole geophysical logging tools.
Key brands: AGI, IRIS Instruments, Geonics, DUALEM, Mount Sopris Instruments, Robertson Geologging.
Aquifer Mapping
ERT grids to characterize aquifer depth, thickness, and boundaries.
Saltwater Intrusion
Resistivity/EM surveys to map the freshwater-saltwater interface in coastal aquifers.
Monitoring Wells
Borehole logging tools to characterize lithology and well construction.
Contamination Plumes
EM/resistivity mapping of conductive contaminant plumes.
Utility Locating & Infrastructure
Before any excavation, utility locators and civil engineers use GPR and EM pipe/cable locating to map buried infrastructure and avoid costly utility strikes — increasingly a regulatory requirement on construction and roadworks projects.
Instrument types: GPR (utility-locating frequency ranges), electromagnetic pipe and cable locators.
Key brands: GSSI, Sensors & Software, IDS GeoRadar, Guideline Geo (MALÅ).
Civil Engineering & Geohazards
Civil and geotechnical engineers use near-surface geophysics to detect voids, sinkholes, and landslide-prone ground before and during construction, and GPR to locate rebar and assess structural concrete condition without coring.
Instrument types: GPR for concrete/rebar and void detection, seismic refraction/MASW for subsurface stratigraphy, resistivity for landslide and sinkhole investigation.
Key brands: GSSI, Geometrics, DMT, AGI.