Ultra -fine glass carbon fiber diameter high -speed measuring device Diamscope-Diamscope
Ultra -fine glass carbon fiber diameter high -speed measuring device Diamscope-Grotz Beckelt Japan

Ultra -fine glass carbon fiber diameter high -speed measuring device Diamscope
Grotz Beckelt Japan


About This Product

The Diamscope provides the only way to measure the diameter quickly and accurately for fibers with high standard deviation in diameter. feature Important fiber curvature measurement of textile curvature measurement Currently, the curvature measurement of the glass fiber is a new field, and there was no measuring instrument that could measure the curvature at high speed, which was an issue. The fiber song rate measures the degree of bending of the textile fragment in MM units. The average value is from 0deg/mm (straight) to 100deg/mm or more. The fiber song rate is correlated with the volume, and it is possible to predict insulation and compression recovery characteristics. High -speed and accurate Measurement of fiber up to 20,000 times per minute Fiber diameter measurement range: 0.2μ to 150μ Textile length measurement range: 50μ to 500μ High reproducibility: ± 0.1μ (average fiber diameter) There is no variation in numerical values ​​by the operator The Diamscope measures the fiber diameter of 0.2 to 150 microns at the fastest in the world. It is measured up to 20,000 fiber per minute, provides average diameter, diameter distribution, length distribution (<0.5 mm) average bend rate and curvature, and is ideal for measuring ultra -fine glass fiber, ceramic and synthetic fiber. Easy operability Cut into 2 mm or more sample fibers with the attached cutting equipment and put it into the measuring instrument. After the measurement, the ball equipment is automatically slipped and replenished. The fiber is filtered, and the water is stored in the tank and reused. A histogram is output in units of 0.2μ, and high -precision data is saved for the future. Review function You can adjust the parameter, regenerate the captured fiber, and make a new measurement value without re -preparing the measured playback sample. This contributes to improving productivity, ensuring samples and improving sample accuracy. Database of individual fiber All fiber data is saved for each new measurement and can be called for reviews at any time. Selection of fiber You can select a specific fiber to eliminate the wrongdoing value and get more accurate data. Analysis tool Use the attached tool to visualize fibers. Extra -fine fibers are not visible to the naked eye, but the computer analysis system contains a wealth of information. Free testing is possible if you send a sample.

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    Ultra -fine glass carbon fiber diameter high -speed measuring device Diamscope




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1 Models of Ultra -fine glass carbon fiber diameter high -speed measuring device Diamscope

Product Image Part Number Price (excluding tax) Measurement Range Measurement Type Measurement range Measurement type Target Fiber Target fiber
Ultra -fine glass carbon fiber diameter high -speed measuring device Diamscope-Part Number-Diamscope

Diamscope

Available upon quote Fiber Diameter Measurement Range: 0.2 μ to 150μ Fiber Length Measurement Range: 50μ to 500 fiber Curvature Range: 0 to 100 Degree/mm Fiber AVERAGE DIAMETER, Diameter Distribution, Length Distribution, AVERAGE CURVE, CURVATURE Distribution Fiber diameter measurement range: 0.2 μ to 150μ fiber length measurement range: 50μ to 500μ fiber curvature range: 0 to 100degree/mm Fiber average diameter, diameter distribution, length distribution, average curve, curvature distribution Glass Fiber, Carbon Fiber, Synthetic Fiber Glass fiber, carbon fiber, synthetic fiber

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