Core technology 1
Visual technology
Visual technology
Separation line
Quadruple optical recognition monitoring system
The general intelligent stealth cutting technology adopts high-speed real-time monitoring technology to ensure cutting stability.
(a) Xmury Y-axis cutting offset and timely correction (b) Z-axis monitors the difference in cutting surface height and adjusts the cutting depth in time.
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· Real-time monitoring of cutting quality
Real-time deviation correction 4
· Full field of view visual optical monitoring
General purpose ~ 6
· Optical real-time monitoring of high, medium and low magnification
For the wafer segmentation (Dicing) process, the alignment programming (Alignment) in the initial stage of wafer introduction and the precise control in the cutting process are the keys to determine the cutting quality. General Intelligence uses unique optical technology to ensure accurate and efficient cutting quality planning and process control.
Core technology 520 201229 140405454
Wafer scanning before initial programming
Core technology 5-1
Locate the cutting depth, generate wafer surface height information, and provide information for cutting control.
Core technology 6
Wafer alignment programming is simple, accurate, fast and efficient.
· Initial alignment can be done on a single wafer.
· Coaxial focus confirms the machining focus.
· Manually fine-tune the parallelism of the alignment cutting channel to the cutting axis.
· Precise correction of grain size
· Establish a variety of mode processing templates: low magnification, medium magnification, high magnification,
· Coaxial X-Y axis independent setting parameters to ensure cutting accuracy
· Single-chip automatic processing parameter verification mode