Improve Production Efficiency And With Kitchen Sink Machine Production Line And Advanced CNC Technology

Improve Production Efficiency And With Kitchen Sink Machine Production Line And Advanced CNC Technology

Product overview

The company launched the kitchen sink CNC plane welding machine, designed to improve the kitchen sink production efficiency, using advanced CNC technology and automatic control system, can achieve high precision and high efficiency welding operations. The equipment is suitable for large volume welding of hand sinks, especially for the automation requirements of kitchen sink production lines.

Main functions 

1. High-precision welding: The use of CNC technology, high welding accuracy, can achieve the precise control of complex welding path.

2. High degree of automation: the equipment can automatically complete the welding task, reduce manual intervention, improve welding quality and consistency.

3. Various welding methods: Support a variety of welding methods, such as carbon dioxide gas shielded welding, argon arc welding, etc., to meet the welding needs of different materials and shapes .

4. Efficient production: 24 hours continuous work, significantly improve production efficiency.

5. Easy operation: equipped with teaching programmer, simple operation, no professional CNC programming personnel.

Application scenario

The CNC plane welding machine is widely used in the production of kitchen sinks, especially for the welding of large volume manual sinks. It can quickly and efficiently complete the plane welding task of the sink, improve production efficiency and reduce production costs. In addition, the flexibility of the equipment allows it to adapt to different production needs and is ideal for kitchen sink production lines.

Product Parameter

1. Multi-axis motion control: By utilizing a multi-axis control system, the welding head can achieve multi-axis motion within a flat plane, enabling complex welding paths and trajectories.

2. Automated welding: Advanced CNC technology and welding control algorithms are employed to automate the welding process, reducing manual intervention and enhancing production efficiency and consistency.

3. Various welding modes: It supports multiple welding modes, such as spot welding, drag welding, pulse welding, etc., to accommodate diverse welding requirements and material characteristics.

4. High-precision welding: Through precise motion control and adjustment of welding parameters, it achieves high-precision welding operations, ensuring welding quality and seam consistency.

Product  Detail

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