CU STOMIZED VERTICAL LIFTING LINE(The specific price will be customized according to the design plan as needed)

The vertical lifting line is an automated production line in electroplating lines that takes the vertical lifting mechanism as the core to achieve the "up and down movement + precise positioning in the tank" of workpieces. It focuses on high space utilization and adaptability to complex processes.

Core features

• Space optimization: By adopting a three-dimensional layout, workpieces can enter and exit the plating tank vertically. Compared with horizontal production lines, it saves more than 50% of ground space and is suitable for scenarios with limited factory area.

• Precise process: Equipped with servo motors or precision cylinders for drive, the lifting speed and the dwell time in the tank can be accurate to ±0.1s, ensuring uniform coating thickness. It is particularly suitable for electroplating requirements with high demands for process parameters, such as multi-layer nickel and hard chromium.

• Automated integration: It can be seamlessly connected with modules such as the feeding table, cleaning tank, and drying section, achieving full unmanned operation of the "feeding - electroplating - discharging" process, reducing workpiece damage and process errors caused by manual contact.

• Strong compatibility: By changing the hangers, it can be adapted to workpieces of different sizes and shapes (such as hardware parts, automotive components, electronic components), and multiple electroplating processes can be switched on a single line.

Typical application scenarios

• Automotive industry: Hard chromium electroplating of large components such as engine blocks and shock absorbers.

• Electronics industry: Precision gold and nickel plating of connectors and chip pins.

• Hardware manufacturing industry: Multi-layer protective coating processing for bathroom accessories and fasteners.

I can customize more detailed technical parameters or solution comparisons for you based on your specific industry concerns (such as automotive/electronics) or core demands (such as production capacity/process accuracy)