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Strong manufacturing capacity

A large manufacturing team of more than 700 people.

All 12 manufacturing production lines have been put into use, with a monthly production capacity of more than 1 million PCS and an annual production capacity of more than 12 million PCS.

Scientific JIT manufacturing method management, high efficiency and low loss, effectively reduce manufacturing costs.

Strictly required 10,000-class dust-free manufacturing workshop, reducing the defect rate of the manufacturing process.

ic_equipment
Equipment
ic_staff
Staff
ic_material
Material
ic_environment
Environment
ic_method
Method

Strong manufacturing capacity

A large manufacturing team of more than 700 people.

All 12 manufacturing production lines have been put into use, with a monthly production capacity of more than 1 million PCS and an annual production capacity of more than 12 million PCS.

Scientific JIT manufacturing method management, high efficiency and low loss, effectively reduce manufacturing costs.

Strictly required 10,000-class dust-free manufacturing workshop, reducing the defect rate of the manufacturing process.

ic_equipment
Equipment
ic_staff
Staff
ic_material
Material
ic_environment
Environment
ic_method
Method
The whole process of manufacturing
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Test Automation-PCBA

The equipment is mainly composed of automatic silo, vision guided handling module, transmission module, burning tooling, DC testing tooling, testing machine, four-axis robot handling module and NG product module.

 The automatic silo realizes the moving and closing of the tray; the vision module determines the product position; the handling module uses the vision guidance to carry the product to be tested to the conveying module, and the test OK product is moved from the conveying module to the pallet; four The axis robot handling module sequentially transports the products to be tested to each test fixture for testing. After the test is completed, the OK products are transported to the transfer module, and the NG products are transported to the NG product unloading position.

Test automation-finished product

The equipment is mainly composed of automatic silo, visual guided handling module, transfer module, Touch tooling, DISPLAY tooling, GrayCard tooling, testing machine, four-axis robot handling module and NG product module.

The automatic silo realizes the moving and closing of the tray; the vision module determines the product position; the handling module uses the vision guidance to carry the product to be tested to the conveying module, and the test OK product is moved from the conveying module to the pallet; four The axis robot handling module sequentially transports the products to be tested to each test fixture for testing. After the test is completed, the OK products are transported to the transfer module, and the NG products are transported to the NG product unloading position.

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Test Automation-PCBA

The equipment is mainly composed of automatic silo, vision guided handling module, transmission module, burning tooling, DC testing tooling, testing machine, four-axis robot handling module and NG product module.

The automatic silo realizes the moving and closing of the tray; the vision module determines the product position; the handling module uses the vision guidance to carry the product to be tested to the conveying module, and the test OK product is moved from the conveying module to the pallet; four The axis robot handling module sequentially transports the products to be tested to each test fixture for testing. After the test is completed, the OK products are transported to the transfer module, and the NG products are transported to the NG product unloading position.

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Test automation-finished product

The equipment is mainly composed of automatic silo, visual guided handling module, transfer module, Touch tooling, DISPLAY tooling, GrayCard tooling, testing machine, four-axis robot handling module and NG product module.

The automatic silo realizes the moving and closing of the tray; the vision module determines the product position; the handling module uses the vision guidance to carry the product to be tested to the conveying module, and the test OK product is moved from the conveying module to the pallet; four The axis robot handling module sequentially transports the products to be tested to each test fixture for testing. After the test is completed, the OK products are transported to the transfer module, and the NG products are transported to the NG product unloading position.

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