Optical Thickness Gauges	Fiber optic thickness / displacement gauges, designed for measuring the thickness of most any material... polymer films coatings wafers papers adhesives foam ceramic rubber magnetic media and many other varied applications, including the non contact measurement of: shaft runout vibration analysis bearing runout warpage cylinder runout turbine blade growth roll runout surface finish Typical accuracy and resolution from < 0.1 micron to 2.5 micron. *
	Precision Lab stands, custom "C" frames, and automatic Traverses are available for all models. Free Data capture software with every gauge.
	Simply the Best   Optical non contact Gauges 6890 Digital / Analog laboratory & process thickness gauges. 0.1 micron accuracy *
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Top	6890	( 0.1 micron accuracy )
	Fiber optic thickness gauge. An optical, non - contact thickness gauge with unparalleled accuracy and versatility. Also, an extraordinarily accurate displacement gauge for measuring the linear motion of most any material. Ideal for laboratory, quality control, or process applications. Features: Sub - micron accuracy and nanometer resolution Large easy to read VFD data display Displays 1 part in 100,000 High speed Digital signal processing Ultra high stability RS232 data port 4 - 20 mA and +/- 10 Volts output Auto electronic self zeroing Easy calibration via integrated key pad Continuous read Foot triggering (optional) Easy to operate Non - nuclear		Typical Materials: Polyester film Polyethylene film Polypropylene film Paper Paint Rubber Ceramic Foam Adhesives Hot Melt films & adhesives Thin Foils
	Technical Data: Measurement Range 0.5 to 10  mm Sensor Dia. 3 - 8  mm Resolution 0.004 - .0001 %  FSR Linearity < ± 0.2 %  FSR Accuracy 6890 < 0.1 µm static measurement 0.005" PET film. Operating Temp. 10 - 45° C   Outputs 2 RS 232, 4-20 mA, and, 0 to +10 vdc Display 100,000 Counts Display 0.1, 0.5 µm Power 117 vac 235 vac optional * with 1mm sensor, material dependent
Top	Visit our high performance Laser thickness gauges for thickness and displacement measurements. Up to 10 nanometer resolution. Thick or thin opaque materials and part profiling. All information is subject to change without notice.

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