Hypertherm Plasma CNC Cutting Machine

Hypertherm Plasma CNC Cutting Machine Product Introduction

1. Adopt Hypertherm CNC system which is with industrial-grade ARM chip, which has low power consumption and minimal heating.

2. Easy-to-use touch screen interface, machine operators can create nested part programs and obtain optimal cut quality without extensive training.

3. Directly imports DXF, DWG, CAM, DGN, and CNC simple shapes.

4. Pattern array nesting for a single part with process optimization included.

5. Designed to accommodate a broad range of applications, such as plasma (including cutting, marking, bevel), oxyfuel (including bevel).

6. Optional Sensor plasma torch height control mechanics (Sensor THC).

7. Heavy gantry with no forced heat dissipation, this machine is suitable for complex working conditions.

8. The hardware integration level is high, and the design is mature and stable.

9. Our Hypertherm Plasma CNC Plasma Cutting Machine has the ability to prevent plasma interference, lightning strikes, surges, and other disturbances.

Hypertherm Plasma CNC Cutting Machine Product Display

Hypertherm Plasma CNC Cutting Machine Parameter Outlook

How Does a Plasma Cutter Work?
Since you are searching a CNC plasma cutting machine, do you know how does a plasma cutter work?

The plasma cutting process is a thermal cutting method, meaning it employs heat to melt metal rather than mechanically cutting it.

The fundamental mechanics of the system remain consistent. Plasma cutters utilize compressed air or other gases, such as nitrogen, which undergo ionization to generate plasma. Typically, the compressed gases interact with the electrode, leading to ionization and increased pressure. As pressure builds, a stream of plasma is directed toward the cutting head. The cutting tip regulates the flow to form a plasma stream, which is then directed at the workpiece. Since plasma is electrically conductive, the workpiece is grounded through the cutting table.

When the plasma arc contacts the metal, its high temperature melts it, while simultaneously, high-speed gases blow away the molten metal.

5 Reasons To Use CNC Plasma Cutting

1. Increased Efficiency & Quality

CNC plasma cutters are engineered to tackle large-scale projects in a fraction of the time required by manual tools. Opting for a CNC plasma cutter not only reduces project duration significantly but also ensures cleaner cuts. These machines can be programmed to cut diverse shapes without the need for pre-heating or cooling, making them highly efficient for urgent cutting needs.

2. One Method, Multiple Metals

One of the major advantages of CNC plasma cutting is its effectiveness in cutting both thin and thick metals. This versatility extends to steel, stainless steel, brass, copper, and aluminum, enabling one machine to cater to various industry projects.

3. Consistent Accuracy

Operated via precise computer programs, CNC plasma cutters guarantee consistent accuracy. Once a cut is programmed, the plasma torch faithfully follows the computer-generated path, ensuring reliable and repeatable cuts every time.

4. Ease of Use & Reduced Training

Compared to conventional metal cutters, CNC plasma cutters are easier to operate and require less training. This simplicity minimizes overhead costs and reduces downtime associated with training new operators.

5. Increased Safety

The computer-operated nature of CNC plasma cutters enhances safety in metal cutting operations. All cuts are programmed electronically, eliminating the need for manual torch handling. Moreover, CNC plasma cutters eliminate the use and storage of explosive gases, further enhancing facility safety.

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