In the field of precision mechanical processing, the raster is of great interest as a core detection tool. As a major manufacturing town, tianjin has a highly specialized technology for the processing of raster detection tools. Today you will be informed of the key points of such precision processing。
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1. Principles for the detection of rasters
The raster is converted to a telecommunications signal by matching the raster stripes with the photoelectric elements. The processing needs to ensure that the stripe is even and that the error is within ± 0. 1 m to meet the need for high precision measurements。
2. Process characteristics of tianjin
Tienjin's precision processors use imported optical grinding equipment to calibrate with laser interferometers. The advantage is that a parallel error of <0. 02 mm/m 3 ambient temperature is controlled at 20 ± 0. 5°c by a line etching accuracy of < 0. 05 m2 。
3. Testing tool processes
The standard processing process consists of: 1 basic package of precision casting, 2 raster matrix grinding, 3-second laser cortex, 4 readings, numeric optical calibration, 5 complete (including temperature compensation). The zaius optical carving machine is used to ensure long-term stability。
4. Application of scenery and quality standards
The raster detection tool processed in tianjin is widely used for: 1-mix control machine bed positioning system 2 aerospace precision assembly with 3-and-a-half conductor crystal round. Quality standards follow gb/t 12609-2010, with three-coordinate gauges for critical-scale re-examination。
In precision manufacturing, the processing accuracy of the raster detection tool directly affects the performance of the equipment. Through years of technological accumulation, tianjin has developed a standardized production system that provides reliable support for the manufacture of high-end equipment. Pay attention to us and learn more about precision processing techniques。
