Coating Thickness Gauge

Magnetic Induction, eddy current integration, automatic identification substrate, super wear-resistant cemented carbide probe, measuring thickness of 1500 μm, Measurement accuracy +/- 2% + 1 μm, reaction speed up to 0.3 seconds/time, with temperature compensation.

Magnetic induction, eddy current integration, automatic identification of the substrate, super wear-resistant cemented carbide probe, measuring thickness up to 1500μm, measurement accuracy ± 2% + 1μm, reaction speed up to 0.3 seconds/time, with temperature compensation.

PosiTector6000 series popular models, 0~1500μm range, magnetic eddy current dual function; probe with temperature compensation; can flip display touch LCD screen, support screenshot; with sound visual alarm.

Defelsko classic hot-selling model, standard probe sealing is good, waterproof, high accuracy, small fluctuations and particularly durable, the whole machine is cost-effective

V probe is suitable for cylindrical measurement, range 1500 μm, magnetic induction principle, split probe, measurement accuracy ± 2%, super wear-resistant carbide probe, measurement speed up to 0.3 seconds/time.

Magnetic Induction Thickness Measurement Principle, Thickness Measurement Range 0~2000μm, Accuracy Error +/- 5%, F Split Probe, for measurement of the thickness of non-magnetic conductive coatings on ferromagnetic metal substrates, no supporting software.

Practical; 2000μm range; dual function; accuracy +/- (1μm + 3%); Single and continuous Measurement mode; with RS232 interface; optional Bluetooth output.

Range 1500 μm, magnetic induction principle, split probe, measurement accuracy ± 2%, super wear-resistant cemented carbide probe, measurement speed up to 0.3 seconds/time.

Magnetic Induction + eddy Current, measurement range 0~1500μm, error range +/- 1μm/2%, resolution 0.1μm, minimum measurement surface 10x10mm, colorful high-resolution color graphics display, support multiple operating languages.

LANDTEK hot-selling model, measuring thickness up to 1000μm; External probe, magnetic Induction; Low Voltage prompt; USB and Bluetooth data output can be purchased separately.

Advanced version defelsko6000 Thickness Gauge, magnetic Induction principle, thickness measurement range 0~1.5mm, accuracy accuracy +/- 1%, imported from the United States, with calibrated certificate, touch screen operation, screen image saving 100, in line with ISO, ASTM and other standards.

25Mm thick coating thickness measurement, 2.8 inch LCD screen can flip display and touch operation; with sound and visual alarm; USB interface can transmit data and charge.

Magnetic induction, split probe, range 0-500um, error range ± (2% of reading + 0.3um); minimum matrix Film thickness 0.1mm; data statistics function; zero and multi-point calibrating; measurable small size/special-shaped material.

Reaction time 0.5s; Aluminum dual function; OverMeasurement; Integrated probe; Range 0-2000um; Error range ± (3% + 2um of reading); Minimum matrix Film thickness Fe0.2mm/NFe0.05mm.

Magnetic and eddy current integration, automatic identification substrate, super wear-resistant cemented carbide probe, measuring thickness up to 3000μm, measurement accuracy ± 2% + 1μm, reaction speed up to 0.3 seconds/time, with temperature compensation.

Magnetic, eddy current integration, automatic identification substrate, super wear-resistant cemented carbide probe, measuring thickness of 3000 μm, Measurement accuracy +/- 2% + 1 μm, reaction speed up to 0.3 seconds/time, with temperature compensation.

Advanced version host, Big Data storage, with real-time data map, wireless transmission, continuous measurement, equipped with 6mm range special probe, suitable for thick coating environment thickness measurement.

Magnetic Induction + eddy Current, Measurement range 0~500μm, Error range +/- 5%, resolution 10μm, minimum measurement surface φ 26mm

Standard type, Data storage 1000, LCD screen can flip display and touch operation, support screenshot; with sound visual alarm; USB interface can transmit data and charge, adapt to different probes.