The 3000FX Series coating thickness gauge is a multifunctional fully menu driven gauge for fast, professional and precise coating thickness measurement for varnish, paint and electroplated coatings on iron/steel and varnish, paint and anodising coatings on non-ferrous metals and on austenitic stainless steels
All external probes are machined to ultra-high standards and utilize a unique, hard-metal probe tip which prevents probe wear. A v-notched footer provides a stable footing on small cylindrical parts, which can be removed to expose a "micro-probe" sensor perfect to measure on small surfaces and parts.
Where to use 3000FX Series?
Wherever coatings are applied - whether on visual and aesthetic grounds, to prevent corrosion protection, or for functional and mechanical reasons - the coating thickness represents an essential quality feature. The 3000FX Series is ideal for speedy, non-destructive and exceptionally precise coating thickness measurement.
The 3000FX Series is a compact, lightweight coating thickness gauge for operators who require both innovative and user-friendly measuring techniques
The 3000FX Series ensures non-destructive coating thickness measurement on steel and other Ferrous metals
Data transfer to a printer or PC takes place via an infra-red interface
Up to 10 000 readings can be statistically evaluated: number of readings, mean value, standard deviation, minimum and maximum reading.
The 3000FX Series identifies the substrate and activates the appropriate measuring procedure.
Menu in a choice of three languages ensures ease of operation
The uniform contact pressure of the sensor is kept to a minimum, preventing scratches and indentations to sensitive surfaces.
Optional high temperature footer for measuring on surfaces up to 150 °C/302 °F
NIST Certificate Included at no additional cost
1 Year Warranty
The 3000FX Series is supplied as a complete kit with gauge, ferrous zero plate, 2 calibration standards, 2 AA batteries, soft carrying pouch, instruction manual and manufacturer's calibration certificate.