Traditional ceramic processing primarily employs mechanical contact methods such as sawing, grinding, drilling, and milling, using diamond tools or abrasives to gradually remove material.
Characteristics:
* Mechanical stress exists during processing
* High dependence on cutting tools
* Susceptible to accuracy affected by tool wear
Cost Structure:
* Tool and abrasive consumption
* Labor and maintenance costs
* Rework and scrap costs
Yuchangs' Precision Ceramic Laser Integrated Machine uses a high-energy-density laser beam for non-contact processing, achieving cutting, drilling, and scribing through instantaneous melting or vaporization.
Features: Non-contact processing
High processing precision
Controllable heat-affected zone
Cost Structure: Higher initial investment
Lower operating and maintenance costs
High yield, overall cost controllable
From a life-cycle cost perspective, precision ceramic laser processing is often more economical in high-precision applications
(e.g., ceramic components such as ceramic substrates and functional ceramics, which demand high processing precision and superior edge quality;
Industries with stringent consistency requirements, including semiconductors, new energy and electronic packaging;
Enterprises and research institutions that need to achieve long-term stable mass production or conduct continuous process upgrades.).
These scenarios may consider configuring a Yuchang precision ceramic laser integrated machine.
For users performing only low-precision or small-scale processing, traditional processing methods can be used as a transition, and precision laser equipment can be purchased for industrial upgrading when the time is right. If you are interested in learning more, please contact us.
