Ceramic Laser Cut

Aluminum oxide 96 al2o3 is the most widely used substrate thanks to its combination of strength cost thermal performance and dielectric properties.

Ceramic laser cut.

Unlike other methods ceramic laser cutting achieves precise heat control to cut detailed patterns. Ceramics can t be laser cut. 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. The company delivers quality and reliable technical ceramic products to these industries and is highly respected as a reputable solution provider.

Laser cutting of thin film ceramic is also possible using a co 2 laser producing a clean edge with little discoloration. Each has its own advantages depending on your application s requirements. Laser milling routing. We would recommend contacting a waterjet cutting service and supplying the material cut to size for engraving.

Precision ceramics complements its standard everyday machining processes including 4th and 5th axis machining centers by offering laser cutting of technical ceramics. The most common is alumina silicate al2sio5 which requires either full ablation or the scribe and break technique. The results achieved when laser engraving ceramic differ depending on the type of ceramic you supply. Lasers can cut many types of ceramic materials.

Laser cutting of ceramics complements traditional machining methods precision ceramics has over 20 years experience in the design and machining of technical ceramics for an ever widening array of worldwide applications. Raster vector engraving. About 7 of these are laser engraving machines 1 are laser marking machines and 14 are laser cutting machines. Precise laser cut ceramic substrates.

This process results in a shallow textured depth that can be used to create intricate patterns and detailed images. It s not possible to laser cut ceramics unfortunately. Single mode qcw lasers multi mode qcw lasers picosecond lasers uv ns pulsed lasers ceramic cutting ipg s systems can perform ablative and thermal ceramic cutting and scribing for materials up to 1mm thickness with sub micron feature placement and dimensional accuracy. Laser engraving of ceramics is achieved using a co 2 laser.

While many laser companies can perform simple ceramic drilling in alumina micron laser technology has developed processes to create complex geometric features with excellent edge quality and speed with a wide range of ceramics and ceramic impregnated materials.