Haifei CNC · All Material Intelligent Cutting

In the sheet metal cutting and processing industry, traditional single head cutting machines are difficult to match the delivery rhythm of large orders. The Longmen double head intelligent cutting machine, with its dual head operation design, has shown obvious practical value in terms of production capacity, flexible processing, and cost control, and has become an optional direction for many processing enterprises to upgrade their equipment. The device has two machine head working modes that are suitable for different production scenarios, namely synchronous cutting mode and asynchronous cutting mode, each adapted to differentiated processing requirements.

In synchronous cutting mode, two cutting heads maintain the same spacing and move synchronously to cut two workpieces with completely identical specifications and shapes at once. The output is increased within the same working hours, making it suitable for mass production of standardized parts such as flanges, gaskets, and standard sheet metal accessories, shortening the overall processing cycle and relieving the delivery pressure caused by order backlog. For large format whole board splitting processing, dual head collaborative layout cutting can also optimize the cutting path and reduce the time loss caused by empty travel.

Asynchronous cutting mode endows the equipment with stronger production flexibility, as the two machine heads do not interfere with each other and can independently execute two different cutting programs. When the workshop undertakes two different types of orders simultaneously, there is no need for batch processing, frequent material replacement and debugging. One equipment can simultaneously promote the production of two types of products, improve the overall utilization rate of the equipment, and reduce idle standby time. Under some working conditions, one machine head completes the cutting operation, while the other machine head synchronously completes the auxiliary processes of marking and marking, simplifying the processing flow.

From the perspective of operating costs, a dual head device can replace the production capacity requirements of two single head devices, save factory space, reduce investment in supporting electrical and gas pipeline laying, and make long-term maintenance of parts, consumables, and maintenance hours more intensive. Paired with intelligent nesting software to optimize layout and reduce part gaps, the utilization rate of raw materials has been improved, and on the premise of stable processing quality, it helps production units steadily control single piece processing costs.