CNC Plasma Cutter Table

CNC Plasma Cutter Table

CNC Table Plasma Cutter is for the metal sheet cutting, it is via the X and Y moving to get the shape cutting.
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Description

Table type CNC plasma cutter advantages comparing with cantilever type and gantry type CNC plasma cutter:

CNC plasma cutting technology continues to advance, offering various machine designs to meet diverse manufacturing needs. Among these, table type or says bench type, cantilever-type, and gantry-type CNC plasma cutters each bring unique strengths. Focusing on the table type design, it offers several remarkable advantages that make it a preferred choice in many industrial applications.

 

Computer Numerical control (CNC) plasma cutting technology continues to evolve, enabling the development of diverse machine configurations tailored to specific manufacturing needs. Among the principal structural variants table type (bench-type), cantilever type, and gantry type CNC plasma cutting systems-each offers distinct performance characteristics suited to particular operational contexts. Bench-type systems, in particular, are widely adopted across industrial applications owing to their balanced combination of structural integrity, operational precision, spatial efficiency, and adaptability.

 

  • Structural Stability

Bench-type machines feature a monolithic, factory-manufactured workbench that delivers exceptional rigidity and dynamic stability. This inherent structural robustness ensures consistent dimensional accuracy and high repeatability during cutting operations-particularly advantageous for small- to medium-sized workpieces. While optimized for lighter to moderate loads and thinner sheet materials, their stability diminishes with oversized or heavy plates, limiting suitability for large-format applications.

 

  • Space Efficiency

The compact footprint of bench-type systems enables efficient utilization of limited workshop floor space. Their modular design facilitates seamless integration into constrained or multi-machine production environments. However, physical dimensions-including maximum travel range and structural envelope-impose practical constraints on the size and thickness of processable workpieces. In contrast, gantry-type systems typically require significantly greater installation area due to their overhead support framework.

 

  • Loading and Unloading

Loading and unloading operations on bench-type machines are generally straightforward for parts within the accessible height and weight limits of the worktable. However, vertical clearance and table-height ergonomics may present limitations for bulky or irregularly shaped components. By comparison, cantilever- and gantry-type configurations offer enhanced accessibility from three sides, supporting more flexible material handling-especially for larger or heavier workpieces.

 

  • Cutting Area

Standard bench-type models commonly provide a nominal cutting area of 3000 mm × 1500 mm (3015), which supports efficient nesting algorithms and minimizes material waste in batch production of medium-sized components. Although the effective utilization rate may be marginally lower than that achievable on larger-format gantry systems-particularly when processing oversized blanks-the 3015 configuration remains highly representative of industry-standard plate sizes and aligns well with common raw material dimensions.

 

  • Maintenance and Accessibility

All critical subsystems-including the plasma torch carriage, motion guides, drive mechanisms, and electrical cabinets-are strategically positioned for unobstructed access. This design philosophy simplifies routine maintenance, component inspection, and fault diagnostics, thereby reducing mean time to repair (MTTR) and enhancing overall equipment effectiveness (OEE).

 

  • Application Versatility

Bench-type CNC plasma cutters demonstrate broad applicability across sectors such as general fabrication, HVAC, automotive aftermarket, and maintenance, repair, and operations (MRO) workshops. Their design prioritizes flexibility in processing varied material types (e.g., mild steel, stainless steel, aluminum), thicknesses (typically up to 25–40 mm, depending on power rating), and part geometries-making them especially well-suited for low-to-medium volume, high-mix production scenarios.

Conclusion
The bench-type CNC plasma cutting system represents a purpose-built solution that harmonizes mechanical reliability, dimensional fidelity, spatial economy, and operational simplicity. Its integrated workbench architecture, combined with precise motion control and intuitive human-machine interface, delivers consistently high-quality cuts while optimizing resource utilization. Whether deployed in space-constrained job shops or high-throughput production lines, this configuration provides a scalable, cost-effective, and technically robust platform for meeting diverse metal-cutting requirements.

 

CNC Plasma Cutter Table by Hubei Meisar CNC:

 

CNC table plasma cutter

  • CNC plasma cutter table MS-B feature:
  1. 1. X is beam direction, Y is rail direction, it is via X and Y moving to get shape figures.

  2. 2. It comes fully assembled. CNC controller, beam and rail, cutting table, plasma source etc all are assemble well, assemble testing, assemble packing and delivery.

  3. 3. CNC table plasma cutter will arrive completely pre-assembled. Therefore, you do not need to spend hours building or determining how to get the alignment right.

  4. 4.The CNC Table plasma cutter also included a water bath! So no dust and smoke when working with this machine.

  5. 5. Easy to use... CNC Table plasma cutter has software for X axis and Y axis moving design that is easy-to-use, it allows the user to design or plot out a XY moving cutting job using any computer. Also, you can load the designs using a USB stick.

  6. CNC table plasma cutter

  7.  

 

  • CNC plasma cutter table MS-B simple specification

CNC plasma cutter Table MS-B

Effective Cutting Width

1.25-1.5m

Effective Cutting Length

2.5-3.0m (can adjust)

Cutting Mode

Plasma only (Not available for oxyfuel cutting)

Cutting Material

Carbon Stainless Alloy steel, Aluminium, Zinc etc

Plasma Cutting Thickness

0.1-25mm (recommended)

Cutting Speed

0-6500mm per minute

 

Why do we select CNC plasma cutter table?

Plasma cutting is an efficient metal cutting method for sheet metal and metal tubes, which has made it to be widely used in many different industries.

You can get benefits from 10 best advantages with fast cuts, ease of use, lower cost, safe to use, multi-tasking, expanded versatility, wide range of material and thickness, eliminated plate warping, raised inside piercing speed, and diminished dross.

 

Compared with traditional semi-automatic and manual cutting method, CNC metal plasma cutter has greatly improved the efficiency and quality.

CNC plasma cutting table is a computer controlled plasma cutting machine. It performs automatic, full-time, high-quality, high-utilization and efficient cutting according to the CNC nesting software.

 

In industrial production, metal thermal cutting generally includes gas cutting, plasma cutting, and laser cutting. Compared with gas cutting, plasma CNC cutting table has a wider cutting range and higher efficiency. The fine plasma cutting technology is close to the quality of laser cutting in terms of the cutting surface quality of the material, but the cost is much lower than that of laser cutting. It has shown great advantages in saving materials and improving labor productivity. This has promoted the development of plasma cutting technology from manual or semi-automatic to numerical control, and has become one of the main directions of the development of numerical control cutting technology.

 

1. It can cut thicker metals, such as stainless steel, aluminum and its alloys, copper and its alloys, cast iron and other metal materials. You can also use a non-transferred plasma arc cutting gun to cut non-conductive non-metallic materials and insulating materials with a cutting thickness of around 25mm.

 

2. The cutting speed is fast, and the production efficiency is high, especially when cutting thin metals with high power, the production efficiency is improved more significantly.

 

3. The cutting quality is high, the slit is smooth and flat, the incision is narrow, and the heat-affected zone and deformation are smaller than other cutting methods.

 

4. Low cost, due to the high speed, the use of cheap gas such as nitrogen requires less raw materials and labor than other methods to cut the same material.

 

5. The most but not last, CNC plasma cutting table MS-B has a bench which manufactured by us, you no need worry about installing, precision and aligment.

 

 

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