Semiconductor Industry
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Application
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Advanced Processing Industry
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Other
- SCARA Vision-Guided Screw Tightening System
- Automotive Anti-Collision Beam Production Line
- Toroidal Winding Machine
- High-Voltage Wiring Harness Automated Production Line
- Transfer coating machine
- SiC Laser Stripping Machine
- Nut bending integrated machine
- Laser Rounding Machine
- Magnetic Drive Conveyor System
- GasSafe Intelligent Monitoring System Solution for Hazardous Gases
- Tobacco Packaging Production Line
- MTR Spring Testing and Storage
- Silicon steel sheet cutting machine
- Postal logistics sorting line
- Ink key equipment
- Finished cigarette packaging equipment
- Energy storage coordination controller
- Fully automatic lens thickness detection equipment
- Fully automatic dual station laser merging and coding machine
- Medium thick mirror detection equipment
- Tobacco packaging equipment
- Robotics Industry
- CNC Industry
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Other
- Energy Industry
- Semiconductor Industry
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Advanced Processing Industry
UV inkjet equipment
UV inkjet equipment is a typical device in the 3C industry that performs inkjet curing after assembly, cleaning, and visual positioning. This equipment includes a multi vision system, MES communication, PCIE board, multi axis control, and analog data.
Online visual screw locking machine
With the rapid growth and strong demand of the 3C electronics industry, customers are increasingly emphasizing the improvement of visual inspection accuracy, production efficiency, product quality, and seeking ways to reduce costs. In this context, optimizing equipment control systems and configuring efficient and high-precision visual ......
Fully automatic dual station laser merging and coding machine
The fully automatic dual station laser parallel coding machine includes a code reading gun, laser ranging system, MES interaction, and multiple station laser marking. It is currently used for coding and marking single crystal silicon rods, and is also used for round and square rods. The overall equipment adopts a modular design, consisting ......
Fully automatic lens thickness detection equipment
The lens thickness detection equipment consists of multiple parts such as motion control system, spectral confocal detection system, pneumatic part, automatic calibration part, adaptive adjustment system, etc. Previously, the device used a combination of a microcontroller and an industrial computer for execution, which resulted in low overall ......
Silicon wafer sorting machine
Silicon wafer sorting machine is a device for sorting crystalline silicon wafers, which detects and sorts them according to appearance, printing, and electrical characteristics.At present, domestic silicon wafer manufacturers mainly use manual sorting methods, which are inefficient, costly, and harmful to workers' health. However, the use of ......
Intelligent crystal pulling system for single crystal furnace
The intelligent one click crystal pulling system designed by one of the top three system suppliers in the single crystal furnace self-control industry is a new generation of intelligent crystal growing system for silicon single crystal growth furnaces. It is based on the high intelligence visual inspection algorithm developed by the intelligent ......
Eutectic surface mount machine
The eutectic surface mount machine is a critical semiconductor manufacturing tool that is very important in the field of microelectronic component assembly. Its advantages can improve manufacturing efficiency, reduce costs, and enhance product quality. This device mainly performs a series of operations such as preheating, positioning, suction ......
Thin film deposition equipment
Thin film deposition equipment is mainly responsible for the deposition of dielectric and metal layers in various process steps, including CVD (chemical vapor deposition), PVD (physical vapor deposition), and ALD (atomic layer deposition), among which ALD belongs to the branch of CVD. According to different deposition processes, thin film ......
ALD atomic deposition system
Atomic layer deposition (ALD) is a thin film preparation technique that grows layer by layer at the atomic level. The ideal ALD growth process involves selectively alternating and exposing different precursors to the surface of the substrate, where they chemically adsorb and react to form deposited thin films.A complete ALD growth cycle can be ......