Electronic Thickness Gauges	Specifically designed for measuring the thickness of any dielectric material, such as, polymer films, papers, coatings, paint, foam, adhesives, ceramic, rubber, etc. These gauges are: extraordinarily stable accurate and precise all NON-NUCLEAR process capable simple to use easy to calibrate fast and affordable Typical accuracy and resolution from < 0.1 micron to 1.0 micron. *
	Precision Lab stands, custom "C" frames, and automatic Traverses are available for all models. . Gauge operating principle
	Simply the Best   Electronic Gauges                  5890 Digital / Analog laboratory & process thickness gauges. 0.02 to 0.1 micron accuracy * 5850 Digital / Analog laboratory & process thickness gauges. < 0.5 micron accuracy * 5820 Digital / Analog laboratory & process thickness gauges. Budget priced! 1.0 micron accuracy )* 5810 Digital laboratory & process thickness gauge. Budget priced! 2.5 micron ( 0.0001") accuracy *
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Top	5890	( 0.02 to 0.1 micron accuracy )	Electronics / 2mm Sensor
	The 5890 thickness gauge is OUR BEST digital, high resolution, non - contact thickness gauge. With unmatched stability, accuracy, repeatability, and an ultra wide measurement range; it is the ideal choice 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 (PET) film Polyethylene film Polypropylene film Polystyrene film Vinyl film All other polymer films Paper Paint Rubber Ceramic Foam Adhesives Hot Melt films & adhesives Fabric Thin Foils
	Technical Data: Measurement Range 0.5, 1, 2, 3, 5, 10  mm Sensor Dia. 8 - 60  mm Resolution 0.004 - .0001 %  FSR Linearity 0.2 %  FSR Accuracy 5890 < 0.1 µm static measurement 127 µm PET film. Accuracy 5890-1 with 1mm sensor 0.02 µm static measurement 127 µm PET film. Operating Temp. 10 - 45° C   Outputs 2 12 Bit, 4-20 mA, and, 0 to +10 vdc Display 100,000 Counts Display 0.02, 0.1, 0.5 µm Power 117 vac 235 vac optional
Top	5850	( 0.5 micron accuracy )	Electronics
	This small, self contained gauge is the perfect choice for non - contact laboratory and slower speed process applications at a budget price. Built with the same superior processing of the 5890 model, this gauge also has exceptional accuracy, repeatability, and ease of use. Features: Sub - micron accuracy and nanometer resolution Large easy to read VFD data display Displays 1 part in 20,000 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) High speed readings Easy to operate Non - nuclear		Typical Materials: Polyester (PET) film Polyethylene film Polypropylene film Polystyrene film Vinyl film All other polymer films Paper Paint Rubber Ceramic Foam Adhesives Hot Melt films & adhesives Fabric Thin Foils
	Technical Data: Measurement Range 0.5, 1, 2, 3, 5, 10  mm Sensor Dia. 8 - 60  mm Resolution < 0.025%  FSR Linearity 1 %  FSR Accuracy 0.5 µm  static measurement 127 µm PET film. Operating Temp. 10 - 45° C   Outputs 2 RS232, 4-20 mA, or 0 to +10 vdc Display 20,000 Counts Display 0.5, 1.0, 2.5 µm Power 117 vac 235 vac optional
Top	5820	( 1.0 micron accuracy )	Electronics
	The 5820 is a budget priced version of our 5850 gauge. It is well suited for non - contact laboratory and slower speed process applications. Built with the same digital processing as our high performance 5890 model, this gauge is AFFORDABLE to anyone who processes films, coatings, paper, and other web materials. Prices start at $8,680.00 Features: Micron accuracy Large easy to read VFD data display Displays 1 part in 4,000 High speed Digital signal processing Ultra high stability RS232 data port Auto electronic self zeroing Easy calibration Continuous read Foot triggering (optional) High speed readings Easy to operate Non - nuclear		Typical Materials: Polyester (PET) film Polyethylene film Polypropylene film Polystyrene film Vinyl film All other polymer films Paper Paint Rubber Ceramic Foam Adhesives Hot Melt films & adhesives Fabric Thin Foils
	Technical Data: Measurement Range 0.5, 1, 2, 3, 5, 10  mm Sensor Dia. 8 - 60  mm Resolution < 0.05%  FSR Linearity 1 %  FSR Frequency 500 Hz   Accuracy 1.0 µm  static measurement 127 µm PET film. Operating Temp. 10 - 45° C   Outputs 1 RS232, Analog optional Display 4,000 Counts Display 1.0, 2.5 µm Power 117 vac 235 vac optional
	5810	( 2.5 micron (0.0001") accuracy )	Electronics
	Our NEW 5810 thickness gauge is a low cost solution to your measurement needs, without sacrificing quality or accuracy. It has a smaller footprint than our other models and is well suited for non - contact laboratory applications. This gauge is AFFORDABLE to anyone who processes films, coatings, paper, and other web materials. Prices start at $5,995.00 Features: 2.5 Micron (.0001") accuracy Large easy to read LCD data display Ultra high stability RS232 data port Auto electronic self zeroing Easy calibration Continuous read High speed readings Easy to operate Non - nuclear		Typical Materials: Polyester (PET) film Polyethylene film Polypropylene film Polystyrene film Vinyl film All other polymer films Paper Paint Rubber Ceramic Foam Adhesives Hot Melt films & adhesives Fabric Thin Foils
	Technical Data: Measurement Range 0.5, 1, 2, 3, 5, 10  mm Sensor Dia. 8 - 60  mm Resolution < 0.05%  FSR Linearity 1 %  FSR Frequency 500 Hz   Accuracy 2.5 µm  static measurement 127 µm PET film. Operating Temp. 10 - 45° C   Outputs 1 RS232, Analog optional Display 2,000 Counts Display 1.0, 2.5 µm Power 117 vac 235 vac optional
	* static measurement, 127µm polyester (PET) film.
Top	Visit our high performance Laser thickness gauges and Optical thickness gauges for more thickness and displacement measurements. - Up to 10 nanometer resolution. - Thick or thin, clear or opaque materials, - Part profiling.

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