Automatic Laser Interferometer LineCAL®

Product overview

LineCAL®It is an innovative method based on multi-channel fiber optic sensors, which can realize fully automated high-precision measurement of the position deviation of each axis of the machine, especially when repeatedly calibrating certain types of machines. Provides a fully automated solution for comprehensive geometric analysis, verification and accuracy improvement of coordinate measuring machines and machine tools. It is widely used in industrial metrology, mechanical engineering and research institutes all over the world.
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Product Details


LineCAL®It is an innovative method based on multi-channel fiber optic sensors, which can realize fully automated high-precision measurement of the position deviation of each axis of the machine, especially when repeatedly calibrating certain types of machines. Provides a fully automated solution for comprehensive geometric analysis, verification and accuracy improvement of coordinate measuring machines and machine tools. It is widely used in industrial metrology, mechanical engineering and research institutes all over the world.

1.LineCAL, the geometric axis error is analyzed in detail. By clicking the mouse, you can generate compensation data files suitable for a variety of CNC systems, and you can also connect directly with a variety of CNC systems online.

2. Sensor: Measure the thermal expansion, ambient temperature, pressure and humidity of each axis of the machine, and compensate the laser.

3. The influence of various geometric errors on the linear axis can be measured quickly, conveniently and with high precision and the corresponding compensation table can be generated.

4. The specific mirror allows measurement in all directions.

 

Application:

1. Especially suitable for small high-precision machines: such as optical coordinate measuring machines, small machine tools, wire cutting machine tools, and even precision 3D printers.

2. Complete the automatic space calibration of the machine within 40 minutes.

3. Extremely accurate determination of error parameters that are difficult to measure, such as the roll of the shaft.

 

Technical features

01 Fast: The error data acquisition process is simplified, and the entire calibration compensation process can be completed within 40 minutes

02 Accuracy: Automatically measure 21 errors, all error parameters are based on laser wavelength, and the accuracy can reach sub-micron

03 Lightweight: can be easily placed on the machine table

04 Customized application: suitable for small or ultra-small three-axis machine tools and coordinate measuring machines, especially suitable for repeated calibration of large quantities of the same type of machine

 

Product Parameters

spatial measurement uncertainty U(95%)= 0.05 μm+0.3 μm/m
Resolution 0.001 μm
measuring interferometer LI-3 24 x 25 x 10 cm³, 2 kg
Measuring switch S-24 24 x 25 x 10 cm³, 2 kg
Number of channels 24
Laser Level Level 1 (eye protection level)
Distance range 0.01 m - 3 m
Maximum shaft speed 2 m/s
Temperature range 15 °C - 35 °C
Pressure range 800 - 1150 CE
Humidity range 1 - 99 %
Environmental Sensor Calibration Cycle 2 years
Laser source calibration cycle 6 years
Voltage and power 220/100 V, < 20 W
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