Invisible cutting application technology
Stealth cutting is a cutting method that focuses the laser on the inside of the workpiece, forms a modified layer inside the workpiece, and divides the workpiece into chips by expanding the adhesive film
Meet the requirements of ultra-high precision micromachining technology in the semiconductor industry, and is committed to providing professional laser processing solutions and cost-effective technical support services for high-end advanced chip manufacturing. We are committed to R & D, production and sales of ultra precision laser equipment for various industrial applications, mainly used in semiconductor wafer manufacturing, packaging and testing, consumer electronics and other related processing fields.
Stealth cutting is a cutting method that focuses the laser on the inside of the workpiece, forms a modified layer inside the workpiece, and divides the workpiece into chips by expanding the adhesive film
The low-k film applied to the insulating film of high-speed logic components has low mechanical strength. If ordinary blades are used for cutting, the risk of low-k film peeling will occur. This process of removing low-k film and corresponding wiring layer by laser is laser slotting process.
Compound semiconductors such as GaAs (gallium arsenide) are used in high frequency devices. When using the existing diamond blade to cut compound semiconductor, the feed speed is slow and it is difficult to obtain high productivity.With the trend of high integration, high-strength thin chip manufacturing technology based on SIP (system in package) and other technologies has become necessary. Howev...
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