As demand escalates for precision components for the ever-shrinking electronics circuits, laser micromachining for microelectronics is as important and challenging as ever. Today, virtually every miniature electronic circuit features a precision laser micromachined component. For this reason, it’s crucial to seek laser micromachining services from a highly experienced company.
Over 35 Years of Microelectronic Application Experience
Laserage has used the highest degree of laser technology for the manufacturing of hybrid microelectronic devices for more than 35 years. In its founding days, Laserage started processing ceramic substrates for microelectronic circuits.
That experience and industry-leading knowledge continues today, as we provide responsive laser micromachining services to enterprises around the world. Some of our dozens of proven microelectronic applications include fuse circuits, timing chips, sensors, light detectors, LEDs and hearing aids. Our plastic cutting, laser cutting, laser drilling, metal welding and ceramic substrates capabilities can be used on an extensive range of materials, including ceramics, polyimide, plastics, aluminum nitride and duroids, as well as custom composites.
Whether for a first-to-market component or ongoing production, high-tech electronics to telecommunications, we have the knowledge, technology and experience to ensure the highest levels of quality and precision.
Proven Microelectronics Applications
- Electrical stimulation
- Sound amplification
- Light-emitting diodes LEDs
- Light detectors
- Blood-oxygen detectors
- Hearing aids
- Resistor networks
- Timing chips
- Fuse circuits
- Wireless telecommunications
- Solid state coolers & heaters
- Power supplies & amplifiers
- Filter circuits
- Aluminum Nitride
- Custom composites