2. High Production Efficiency
2.1 High-performance plasma power supply and high-speed tornado gas technology are adopted to achieve high-speed cutting.
2.2 High-speed cycling of the contact sensor and in-cycle gas switching technology enable fast piercing.
2.3 High-speed positioning shortens idle travel time.
2.4 Using laser point edge finding, the plate can be placed on the cutting table at any angle.
2.5 Continuous planned operation of up to six plates can be set simultaneously, improving work efficiency.

3. Convenient Operation
3.1 The single-side drive structure makes it more convenient for workpieces to enter and exit the cutting table.
3.2 Through the consumable life management interface, the consumption status of the nozzle and electrode can be conveniently checked.
3.3 The simple operation panel allows users to conveniently perform adaptive adjustments.
3.4 During the cutting process, switching between cutting and marking is performed automatically.
3.5 Modular consumables reduce on-site time.

4. Maintain a Good Working Environment
4.1 Push-pull unit dust collection is adopted; the cutting table is divided into multiple sections, and during cutting operations, non-cutting sections are closed so that dust is collected only from the cutting section, effectively improving dust collection capability.
4.2 An anti-spatter cover is used during piercing, which can greatly suppress sparks from splashing everywhere.
4.3 Light curtains, pull-cord switches, anti-collision switches, rearview mirrors, limit switches, and other devices are used to effectively protect operational safety.