Advanced ceramic materials, with their superior hardness, high-temperature resistance, and chemical stability, play an irreplaceable role in high-end fields such as semiconductors, medical devices, and aerospace. However, these very properties are also their downfall-making them among the most difficult materials to process.
Why is it difficult for conventional laser equipment to cut ceramics?
The traditional laser cutting principle of melting metals is almost ineffective with ceramics:
Risk of thermal cracking: Ceramics have poor thermal conductivity, and rapid local heating and cooling inevitably leads to cracking.
Edge chipping: The material is brittle, and mechanical stress easily causes edge damage.
Precision limitations: The heat-affected zone can alter material properties, affecting product reliability.
Yuchang Laser's ceramic laser integrated machine integrates cutting, scribing, and drilling functions into one unit, specifically designed for the precision machining of advanced ceramics. The machine is equipped with an internationally advanced custom-designed fiber laser, combined with a marble precision platform, an XY-separated enclosed structure, a magnetic levitation linear motor, a 0.1μm high-precision grating ruler, and a fully closed-loop bus CNC system, achieving high-speed response, ultra-high precision, and long-term stability, while being easy to maintain.
This equipment is suitable for various precision ceramic materials such as alumina, zirconium oxide, aluminum nitride, and silicon nitride. It also can be equipped with a CCD vision positioning system for precise processing of metallized ceramics and chip substrates, meeting the stringent requirements of industries such as semiconductors, new energy, 3C electronics, and PCBs. We have helped numerous clients achieve industrial upgrades and drive high-precision manufacturing to higher levels.
Yclaser offers free sample testing services, allowing you to compare various processes using your actual materials and make informed decisions based on data. We can also design hybrid processing production lines to achieve the optimal balance between efficiency and quality based on your production needs.
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