Frequency-controlled wire cutting machine is a high-precision, low-loss cutting equipment that uses high-strength fine steel wire and advanced PLC control system to achieve precise cutting of products. It is suitable for automotive exhaust catalysts and industrial catalyst carriers.

Laser coding technology uses high-energy laser beams to form permanent, high-precision marks on the surface of high-hardness materials. Suitable for marking brand logos, batch numbers, and production dates, ensuring product traceability.

Uses Siemens system for stable communication. Consists of independent hexagonal microwave cavities. The wind energy of the medium-pressure centrifugal fan passes through the ceramic to remove moisture efficiently. PC board top and PP chain plate bottom are wave-transmitting to maximize microwave impact.

Designed to efficiently remove moisture generated during heating. Features high-performance fans, precision air inlet/outlet ducts, and high-efficiency filtration devices to ensure a clean production environment and stable operation.

The robot system grabs the cured horizontal material and rotates it to a vertical state, placing it into special hot air trays for the next drying stage. This automation ensures precision and reduces manual handling.

Features a bottom-up circulation structure with high-temperature fans, wind speed meters, and humidity testers. It provides accurate control over temperature and humidity during the final drying process.