Match the measurement method to your material and application. Explore current instruments with verified specifications and application-led guidance.
From paint and plating to PCB conformal coatings, confirm layer thickness with instruments matched to the substrate and access conditions.
Measure wall thickness of pipe, tank, and vessel where only one surface is reachable, using through-coating ultrasonic measurement.
Evaluate transmittance, haze, and gloss across glass, film, and molded parts with handheld optical instruments built for the lab and floor.
Move from material and application requirements to the relevant instrument family.
Paint, plating, protective coatings, PCB conformal coatings, and heavy-duty systems.
15 current instruments → UTUltrasonic ThicknessPipe, tank, vessel, and metal wall inspection.
5 instruments → OTOptical TransmittanceVisible-light transmittance meters and multi-band transmittance testers for glass, film, lenses and optical parts.
5 instruments → GMGloss MeasurementSurface finish control across coatings and materials.
4 instrument → HZHaze MeterHaze measurement for plastic sheet, film and glass.
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Blue and yellow DR-A5 gauges measure paint on steel and aluminum panels with automatic Fe/NFe recognition. Store 2000 readings in 10 groups, review minimum, maximum and average values, and recharge through Type-C.
DR370A uses the eddy-current method for coating measurement on non-magnetic conductive substrates, including PCB conformal coating inspection.
Materials, access conditions, expected range, and inspection environment determine the right measurement method.
Ultrasonic gauging can measure remaining wall thickness from one accessible side. Material sound velocity, surface condition, coupling and temperature affect the result. Confirm probe suitability and site operating procedures before inspection; suitability for in-service measurement depends on the application.
Eddy-current measurement may suit insulating coatings over accessible conductive, non-magnetic substrate areas on a PCB. Copper geometry, underlying layers and probe clearance affect feasibility. Confirm the substrate construction and validate the method on representative samples before selecting an instrument.
Optical transmittance measurement supports inspection of glass and films. Sample thickness, curvature, optical properties and access to both sides influence instrument selection. Confirm the measurement geometry and validate representative samples; suitability for installed glazing depends on the instrument and access.
Start with the substrate, coating or wall material, expected range, access conditions, and the accuracy your process requires.
The physical principle must match the substrate and the layer being measured.
Minimum area, curvature, and substrate thickness can be as important as range.
Send four details with your inquiry and our team can match the measurement method, probe and instrument family to your task instead of guessing from a catalog.
