Hardware wire cutting parts processing, with its non-contact, high-precision capabilities, and ability to process high-hardness materials, is highly effective in processing a wide range of complex metal parts, including irregular holes, narrow slits, micr

Hardware insulation parts processing, through its "metal + insulation material" composite structure, precisely isolates conductors within the metal frame of high-voltage equipment, making it an essential component of electrical safety systems.

Using hardware five-axis parts processing technology, achieving "single-clamping, high-rigidity molding" for these parts is key to improving equipment performance and manufacturing efficiency.

Laser output power may attenuate due to light source aging, decreased cooling system efficiency, or optical path contamination, and requires regular inspection and calibration.

In lathe parts processing, the chip removal problem in deep hole machining has always been the core bottleneck restricting machining efficiency and quality.

In high-voltage electrical equipment, the uniformity of the electric field distribution directly determines the system's safety margins.