In recent years, China's new energy vehicles have risen rapidly and are in a leading position in the world.
China's new energy vehicle companies continue to improve product quality and pay more and more attention to quality inspection to promote the high-quality development of the new energy vehicle industry.
However, how to improve the measurement of workpieces to a new level of more accurate and efficient is an important problem faced by new energy vehicle companies.
With its professional precision measurement solutions, Tekna provides strong support for new energy vehicle companies.
In particular, the roughness, contour, shape and position error and other parameters of the core components of the motor have reached a new height to ensure the quality and performance of the core components.
The core components of new energy vehicle motors have higher requirements for surface roughness, especially compared with fuel vehicles.
It directly affects the vehicle quality and overall performance of new energy vehicles.
Enables stable measurement over a large range with high resolution.
At the same time, the technical parameters in all aspects have also been significantly improved.
In particular, the measurement accuracy and positioning speed significantly reduce the measurement time per workpiece.
Compared with general shaft parts, new energy vehicles have stricter requirements for the shape and position tolerances (such as roundness, cylindricity, and runout) of high-speed rotating shafts.
In accordance with DIN ISO 1101, the workpiece can be thoroughly evaluated and all shape measurement tasks can be carried out.
Equipped with the T7W automatic stylus system, the stylus arm can rotate 360° to achieve fully automatic detection, saving labor costs.
It sets a new benchmark in the field of profile measurement and can measure contours up to 25 times faster.
It enables precise, flexible and fast positioning of the workpiece, making it easier and more reproducible to grip the workpiece.
This improves the efficiency, repeatability, and reliability of the measurement.
By using a combination of hardware and software solutions, the measurement data can be seamlessly uploaded to the plant MES system or other data systems.
It meets the needs of digitalization, networking, and automation for efficient measurement, and improves the measurement of core components of new energy vehicle motors to a new level of more accurate and efficient.