Mobile trolley design: The mobile trolley uses a servo motor position control unit as the core device to expand the working range of robots and other application equipment. Applied to various automation processes such as welding equipment and plasma cutting, especially widely used in the fields of glass substrate transfer and automotive industry. Customized design and manufacturing of mobile trolleys based on workbench types and stroke specifications ranging from 0ST to 20000ST, according to customer needs

EFEM (Equipment Front End Module) is the core component of semiconductor equipment front-end that performs Foup gate opening and closing operations, and performs wafer transfer and loading/unloading between Foup and equipment. As a semiconductor automation core equipment composed of multi joint robots, its function is to transport silicon wafers or photomask templates to process modules (front and back processes). EFEM consists of wafer transfer robots (ATM Robots), calibrators, fan filter units (FFUs), and loading ports, and can be customized and manufactured according to customer needs.

The LCD Panel Robot 65 is used for the movement and processing of glass substrates in LCD and OLED manufacturing processes. Responsible for the safe and precise handling of glass substrates, performing operations such as substrate transfer, loading, unloading, positioning and calibration during the manufacturing process.

The LCD Panel Robot 75 is used for the movement and processing of glass substrates in LCD and OLED manufacturing processes. Responsible for the safe and precise handling of glass substrates, performing operations such as substrate transfer, loading, unloading, positioning and calibration during the manufacturing process

The Transfer Robot applied in the wafer transfer and loading process of semiconductor manufacturing technology can achieve precise position control.

The Transfer Robot applied in the wafer transfer and loading process of semiconductor manufacturing technology can achieve precise position control.

LCD&OLED Glass Robot 6G is a robot used in LCD and OLED manufacturing processes for transporting glass substrates, FMM (fine metal mask), etc. It is mainly divided into three categories: vacuum robots, atmospheric pressure robots, and special process robots. The manufacturing process of OLED displays involves multiple stages, and high-precision substrate transfer is required between each stage. LED vacuum robots are devices that transport substrates with ultra-high precision of less than 0.1 millimeters, improving production process efficiency and increasing output through automated systems. This robot plays a key role in enhancing the price competitiveness of OLED displays and promoting their popularization.

LCD&OLED Glass Robot 8G is a robot used in LCD and OLED manufacturing processes for transporting glass substrates, FMM (fine metal mask), etc. It is mainly divided into three categories: vacuum robots, atmospheric pressure robots, and special process robots. The manufacturing process of OLED displays involves multiple stages, and high-precision substrate transfer is required between each stage. LED vacuum robots are devices that transport substrates with ultra-high precision of less than 0.1 millimeters, improving production process efficiency and increasing output through automated systems. This robot plays a key role in enhancing the price competitiveness of OLED displays and promoting their popularization.