Laser Machining Ceramics

Laser marking can be accomplished using a 1 06.

Laser machining ceramics.

Modern fully equipped facility allows us to meet the demands of our constantly changing industry. Each has its own advantages depending on your application s requirements. Using state of the art laser systems we have developed processes that allow us to machine precise features without cosmetic defects such as microcracks or heat affected zones. Laser department has the abilities to machine a variety of materials from ceramics to plastics and more.

Many types of ceramics are used in the microelectronics energy and sensor industries. Laser cutting ceramics ltd supplies precision profiled scribed and drilled ceramic substrates for both thick and thin film and aluminium nitride for hybrid circuits as well as laser processed ceramics for lids frames packages jigs fixtures guides wear plates cores thermal and electrical insulators spacers washers test pieces kiln supports and wave guides. Laser engraving of ceramics is achieved using a co 2 laser. This process results in a shallow textured depth that can be used to create intricate patterns and detailed images.

Lasers can cut many types of ceramic materials. Laser cutting of thin film ceramic is also possible using a co 2 laser producing a clean edge with little discoloration. Laser machining has recently emerged as a potential technique for attaining high material removal rates. This review paper aims at presenting the state of the art in the field of laser machining of structural ceramics and emphasizes on experimental and computational approaches in understanding physical nature of the complex phenomena.

Ceramics our engineers and staff have worked extensively with ceramic materials with amazing results.