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Wafer Scribing Machine
Operation Workflow:
Wafer Marking Workflow:
1. Manually place the wafer face-down on the worktable; the wafer is then secured via vacuum suction.
2. The lower global recognition CCD performs preliminary positioning of the wafer.
3. The wafer moves to the lower precision positioning CCD to identify the scribing path.
4. The laser performs scribing on the wafer.
5. Once scribing is complete, the wafer moves to the unloading station, where it is manually retrieved.
ITO Glass Marking Workflow:
1. Manually place the wafer face-up on the worktable; the wafer is then secured via vacuum suction.
2. The upper global recognition CCD performs preliminary positioning of the wafer.
3. The wafer moves beneath the upper precision positioning CCD to identify the wafer alignment mark.
4. Once the alignment mark is located, the wafer moves to the unloading station, where it is manually retrieved.
5. Manually place the ITO glass on the worktable; the glass is then secured via vacuum suction.
6. The ITO glass moves beneath the laser, and the laser engraves the alignment mark onto the glass.
7. Once the mark engraving is complete, the ITO glass moves to the unloading station,
where it is manually retrieved.
8. The process for engraving characters on the ITO glass follows the same principle.
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Dongguan Jiayi Intelligent Equipment Co., Ltd. was established in April 2009.
It is a comprehensive enterprise integrating R&D, manufacturing, and application services. In 2019,
the company obtained ISO 9001 Quality Management System certification.
The facility covers an area of 10,000 square meters and employs a workforce of over 120 individuals,
including a senior R&D and design team comprising more than 20 specialists.
The company is equipped with advanced precision inspection instruments—including equipment from API (USA)—and has
established long-term strategic partnerships with numerous universities and scientific research institutions.
We remain committed to introducing and assimilating advanced automation technologies from Germany and Japan to
continuously enhance the sophistication of our manufacturing processes.
We specialize in the R&D and production of linear modules, linear motors, DD motors, variable-pitch modules, electric slides,
multi-axis precision platforms, custom platform systems, and module components (such as ball screws and linear guides).
Additionally, we provide design, fabrication, and manufacturing services for custom non-standard automation equipment,
as well as modification and upgrade engineering for industrial automation production lines.
Our products currently serve a wide range of automation sectors, including lithium-ion batteries, photovoltaics,
energy storage systems, semiconductor manufacturing equipment, 3C electronics, solar energy systems,
medical devices, and automotive electronics.
