1.Introduction for Table type cnc plasma cutting machine:

This CNC cutting machine features a bench‑type gantry structure, utilizing precision ground gears, racks, and dual‑side drive systems. It offers low inertia, stable operation, and ease of use, making it particularly suitable for automatic cutting of medium‑thickness to thin non‑ferrous metal sheets, stainless steel plates, and carbon steel plates.

1.1 Precision Drive and Guidance System
The X and Y axes are driven by rack‑and‑pinion mechanisms and run on precision linear round rails made of high‑quality bearing steel, effectively ensuring high mechanical positioning accuracy.

1.2 Lightweight High‑Rigidity Structural Design
Key structural components—including the beam, columns, slides, and gearboxes—are manufactured from precision cast aluminum. This design provides sufficient strength and excellent aging stability while significantly reducing overall weight, thereby laying a solid foundation for high‑precision and high‑speed performance.

1.3 High‑Efficiency Transmission System
Equipped with high‑power motors, precision subdivision drivers, and a precision mechanical transmission system, the machine delivers faster and more stable movement, resulting in higher cutting efficiency.

1.4 Pneumatic Torch Height Control
The cutting torch incorporates a pneumatic height adjustment system with rapid response and low failure rate. During cutting, it automatically and quickly adjusts the torch height in response to variations in the steel plate surface, maintaining a consistent distance between the torch and the workpiece to ensure stable cutting quality.

1.5 User‑Friendly CNC Control System
The machine is equipped with the widely acclaimed SF‑2012AH CNC system, which offers comprehensive functionality and straightforward operation. Its ease of use minimizes training requirements for operators, eliminating concerns about staff proficiency after equipment purchase.

1.6 Intelligent Breakpoint and Power‑Off Recovery
The system features advanced breakpoint and power‑off handling capabilities. During machining, the tool path can be advanced or retracted along the cutting trajectory, allowing flexible resumption of operations after arc breaks or unexpected power interruptions.

1.7 Integrated Dust Extraction System
A standard dust treatment system effectively captures smoke and particulates generated during cutting, creating a cleaner and more comfortable working environment. This helps improve operator satisfaction and reduces staff turnover.

1.8 Reliable Plasma Power Supply
The machine is equipped with a standard plasma power source, delivering excellent performance and a low failure rate, ensuring reliable and trouble‑free operation.

2.Technical parameter for Table type cnc plasma cutting machine

3.Characters for Table type cnc plasma cutting machine:

3.1 High Cutting Speed
Cutting speeds reach 3,500–6,000 mm/min. When cutting thin plates (e.g., carbon steel with thickness below 6mm), the efficiency is 5 to 6 times that of conventional oxyacetylene flame cutting.

3.2 Broad Material Applicability
Capable of cutting all electrically conductive metals, including carbon steel, stainless steel, aluminum, copper, titanium, nickel, and more. It is particularly effective for non‑ferrous metals, addressing the limitation of flame cutting, which cannot process such materials.

3.3 High Cutting Precision
Precision plasma cutting achieves an accuracy of ±0.2mm, with a kerf width ranging from 0.65 to 0.75mm, approaching the level of laser cutting.

3.4 High Level of Automation
Equipped with a CNC system, automatic torch height control (arc voltage or capacitive type), a multi‑gas torch configuration, and CAD/CAM sheet nesting optimization functions. It is capable of automatically cutting complex geometric shapes.

3.5 Low Operating Costs
Compared with flame cutting, no fuel gas is required. It primarily uses compressed air or inert gases, offering better long‑term cost‑effectiveness.

3.6 Excellent Environmental Performance
Supports underwater cutting, effectively reducing noise, dust, hazardous gases, and arc light pollution, thereby creating a cleaner working environment.

3.7 Minimal Thermal Deformation
The cutting zone is highly concentrated, with a small heat‑affected zone. This makes it especially suitable for thin‑plate processing, where deformation can be effectively controlled.