LED Wafer Scriber

ESI’s AccuScribe LED laser scriber pioneered the way for the LED customers with the disruptive technology to reduce the costs of ownership for LED manufacturing over traditional diamond scribing. With the patented technology in Sapphire scribing, the family of AccuScribe systems are the benchmark solutions for precision laser beam control scribing at high wafer throughputs in the industry.

The AccuScribe systems continue to meet requirements from R&D to High Volume Manufacturing applications offering flexible laser processing of Regular, High-Brightness and Ultra-High Brightness LED’s with the highest scribe control for superior yield critical for LED manufacturers.

Products

The AccuScribe 2Z Auto LED Laser Scribing System is optimized for laser scribing of Sapphire based LED devices. The 2Z-Auto is a cost effective automated loading laser system with 24/7 production proven performance enabling consistent and uniform die-scribed lines at a controlled depth resulting in superior die singulation yield for LED manufacturers.

The AccuScribe 2150 Automated LED Laser Scribing System is optimized for laser-based light-emitting diode (LED) wafer scribing. The 2150 is a field-proven, cost-effective, automatic laser scribing system. The 2150 produces consistently clean, die-scribed lines at a uniform depth, resulting in superior die singulation yield for LED manufacturers.

The AccuScribe 2Z Manual LED Laser Scribing System is optimized for laser scribing of Sapphire based LED devices. The 2Z-Manual is a cost effective manual loading laser system with 24/7 production proven performance enabling consistent and uniform die-scribed lines at a controlled depth resulting in superior die singulation yield for LED manufacturers.

The AccuScribe 2112 Manual LED Laser Scribing System is optimized for laser-based light-emitting diode (LED) wafer scribing. The 2112 is a field-proven, cost-effective, manual laser scribing system. The 2112 produces consistently clean, die-scribed lines at a uniform depth, resulting in superior die singulation yield for LED manufacturers.