Asset integrity
Pipe & tank wall inspection
Assess remaining wall thickness where only one side is accessible.
Industrial inspection & measurementMeasure with clarity.
Measure with clarity.
Decide with confidence.
Current instruments, structured specifications, and application-led guidance for coating, ultrasonic, optical, and surface inspection workflows.
Current products onlyVerified specification fieldsApplication-led selection
Built for distributors, inspectors, laboratories, and production teams.
36current product records
5instrument categories
Clearstructured specifications
Product routes
Start with the measurement task.
Move from material and application requirements to the relevant instrument family.
CTCoating Thickness
Paint, plating, protective coatings, PCB conformal coatings, and heavy-duty systems.
20 current instruments → UTUltrasonic ThicknessPipe, tank, vessel, and metal wall inspection.
5 instruments → LTLight TransmittanceGlass, film, lenses, and transparent materials.
5 instruments → GMGloss MeasurementSurface finish control across coatings and materials.
5 instruments → HZHaze & TransmittanceIntegrated optical inspection for plastics, film, and glass.
View category →
Product spotlight · PCB coating inspection
A focused view of the specifications that drive selection.
DR370A uses the eddy-current method for coating measurement on non-magnetic conductive substrates, including PCB conformal coating inspection.
Application-led selection
See the work before choosing the instrument.
Materials, access conditions, expected range, and inspection environment determine the right measurement method.
Electronics quality
PCB conformal coating
Optical materials
Glass & film transmittance
Five questions narrow the field.
Start with the substrate, coating or wall material, expected range, access conditions, and the accuracy your process requires.
- What material is being measured?
- What layer or wall thickness is expected?
- Can you access one side or both?
- What surface geometry must the probe fit?
- How will results be recorded?
Magnetic, eddy current, ultrasonic, or optical?
The physical principle must match the substrate and the layer being measured.
Small parts and curved surfaces need the right contact geometry.
Minimum area, curvature, and substrate thickness can be as important as range.
Technical selection support
Request Technical GuidanceNot sure which instrument fits your application?
Share the material, expected range, surface geometry, and working conditions with our team.