Dantsin ZMIKE laser caliper

Dancing-ZMIKE desktop external dimensions laser caliper，

High measurement accuracy, fast measurement speed, capable of single or continuous measurement, suitable for different measurement application fields. Compared with traditional contact based geometric dimension measurement, BenchBike uses laser non-contact measurement technologyReason. The technology of automatic collection, processing, and digital display of raw measurement data reduces errors caused by measurement methods and personnel. Thus improving the accuracy of the measurement. Friendly interface display control software and multiple interfaces
Used for data and communication, freeing users from heavy measurements. Especially for tasks that traditional contact measurements are powerless to handle, such as those that are soft, fragile, radiation prone, and require high precision, BenchMikeCan provide satisfactory measurements.
Main Features：
◆High measurement accuracy and fast measurement speed. Can meet different measurement application fields
◆Rich measurement modes meet different measurement applications
◆Adopting new data processing technology, the graphical user interaction (GUI) interface and shortcut buttons make the measurement more intuitive and the operation more convenient

◆Equipped with a measurement application library and self editing measurement function, coupled with specialized fixtures and multiple input/output capabilities, the instrument has excellent measurement expansion capabilities
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Single point and dual point automatic calibration functions reduce the impact of changes in usage conditions on measurements, making instrument maintenance more convenient

Measuring principle：The measurement is carried out using the principle of laser scanning, as shown in the figure on the right. The laser generated by the laser generator is irradiated onto a high-speed rotating prism driven by a motor, and a standard scanning parallel beam is formed in the test interval through the emitting lens groupThe shadow formed by the obstruction of the light beam by the measured object in the test interval will create a step in the signal at the photoelectric collection end. The width and position of the step determine the diameter of the measured object and its position in the test interval.

Model measurement range repeatability linear error measurement optical section height measurement optical section depth of field spot size scanning light speed rate

mm

µm µm

mm

Mm µ m times/second

4025S 0.10 - 25.4 ±0.30 ±0.90 56.1 ±1.5 x 25 125 100

4025G 0.10 - 25.4 ±0.13 ±0.50 56.1 ±1.5 x 25 125 100

4050S 0.25 - 50 ±0.50 ±1.50 77.5 ±3 x 50 250 100

4050G 0.25 - 50 ±0.25 ±0.76 77.5 ±3 x 50 250 100

4100HP 2.50 - 100 ±0.30 ±0.8 -- -- 250 500

4120C 2.50 - 112 ±0.50 ±5.0 -- -- 250 500

4120F 0.25 - 115 ±0.80 ±5.0 -- -- 250 500

4120HP 0.25 - 115 ±0.50 ±3.8 -- -- 250 500

4130C 0.25 - 130 ±0.80 ±5.0 -- -- 250 500

2050 0.36 - 50 ±0.64 ±2.5 -- -- 250 5002100 1.30 - 100 ±1.50 ±6.4 -- -- 250 500

2140 0.76 - 140 ±5.00 ±20 -- -- 250 500