Customization: | Available |
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Application: | Electronic Devices, Lighting, Power Supply, Semiconductors, Refractory, Structure Ceramic, Industrial Ceramic |
Material: | Alumina Ceramic |
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Laser Scribing ceramic substrates has been increasingly popular since its introduction to the industry nearly 50 years ago. The process involves pulsing a CO2 laser through an optical configuration, through a focusing lens, focusing the beam through an air assisted nozzle assembly, and finally onto the substrate's work surface. Most Laser scribing systems utilize a CNC or PC based motion control system, moving the substrate below the fixed beam assembly at speeds as fast as 10 in./sec, or faster.
The Size & tolerance
Hole Diameter (mm) | Standard Tolerance (mm) |
φ≤0.5 | 0.08 |
φ>0.5 | 0.20 |
Substrate Thickness (mm) | the Percentage of Laser Scribe Line Depth to Thickness (%) |
0.2-0.3 | 40%±5% |
0.3<T≤0.5 | 50%±3% |
0.5<T≤1.0 | 43%±3% |
1.2 | 55%±3% |
1.5 | 55%±3% |
2.0 | 55%+10% |
The scribing spot can be in different sizes. Generally there are small spot 0.03-0.04mm (Substrate Thickness≤0.5mm ) and large spot 0.08-1.0mm (Substrate Thickness>0.5mm), and the accuracy is ±0.01mm. |
Remark:
We not only make high purity alumina ceramic substrates, but also manufacturing aluminum nitride ceramic substrate/wafer, silicon nitride ceramic substrates and zirconia ceramic substrates.
We are a ISO9001 certificated facility, all processes have been conducting per the quality management system rigoriously.
Q01: What sizes are available for the Alumina substrates?
A: The typical largest size available is 280x240mm. Maximum standard thickness is 1.27mm and up to 2.0mm thicknesses are available per request. We offer customized products for special requirements.
Q02.What are the main advantages of a Ceramic PCB?