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Laser cutting
In modern manufacturing, laser cutting technology has become a "precision and fast tool" in the field of metal processing with its advantages of high precision, high efficiency, and no contact. The combination of capacitive sensors and three-point centering technology pushes the cutting accuracy of disc workpieces to a whole new level.
Capacitive sensors: the "smart eye" of laser cutting heads
The capacitive sensor equipped with the laser cutting head detects the electric field change between the cutting head and the surface of the workpiece, and measures the distance in real time, with an accuracy of up to ±0.01mm and a response time of less than 1ms. Its core benefits include:
fast dynamic response,
Suitable for high-frequency dynamic measurements
Adapt to high and low temperatures,
harsh environments such as strong radiation
Repeatability up to ±0.1mm
Non-contact measurement, no wear
Three-point fixed circle center: industrial application of classical geometry
The three-point fixed circle center is a classic principle of geometry: three points that are not collinear only determine a circle. In laser cutting, the system automatically calculates the center position through three-point coordinates, providing theoretical support for precise rounding.
Technology convergence
The combination of capacitive sensors and three-point centering technology overcomes two major problems in traditional cutting:
Accurately position the center of the circle
The capacitive sensor collects three-point distance data in real time, automatically calculates the exact center of the circle, and eliminates the clamping error of the workpiece.
Dynamically adjust the trajectory
When the surface of the disc is uneven or heat-deformed, the sensor adjusts the cutting head height in real time, ensuring that the laser focus is always accurate.
Practical results
In the precision manufacturing neighborhood, the technology has achieved remarkable results:
The concentricity error of the automobile wheel hub is controlled within ±0.05mm;
The surface finish of medical device disc parts has been significantly improved;
Industry feedback: "After adopting this technology, the qualified rate of disc parts has increased from 85% to 98%, and the production efficiency has increased by 20%. ”
At the moment when the manufacturing industry is transforming to digitalization and intelligence, the integration of capacitive sensors and three-point fixed center technology is promoting laser cutting to higher precision and higher efficiency.
This is both a technological breakthrough,
It is also a vivid practice of the transformation from Made in China to Made in China!