A table plasma cutter melts (and partially evaporates) the edges of metal materials by utilizing the high temperature of a plasma arc. It then uses high-speed plasma gas to blow away the melted metal, achieving the cut. Its main benefits include a rapid cutting speed, smooth edges with minimal deformation, versatility in cutting various metal materials, and a broad spectrum of cutting thicknesses. This makes plasma cutting a crucial method in the realm of metal processing.

plasma table

Plasma Table Cutter

CNC Plasma Cutting Machines offered versatility with varied working sizes, specifications, and capabilities for cutting thickness. From compact models designed for precise, small-scale projects to industrial versions capable of handling extensive sheets, these machines catered to diverse needs. Specifications adjusted for material type and thickness, ensuring optimal cutting performance across applications.

Plasma cutting machines were categorized primarily based on their form of construction and usage scenarios. Based on these criteria, plasma cutting machines were usually categorized as benchtop machines, portable machines, and gantry machines. Each of these different types of machines suited specific operational needs and work environments, and we described each type in more detail below.

Plasma cutting table of Features: 

Firstly,  Durability and Precision Engineering:The construction features thick, profiled steel for the lathe bed and a strategically designed lathe table with thicker steel plates, ensuring high durability and resistance to intense heat. A precision-maintained height variance across the platform facilitates accurate and consistent work.
 
Secondly, Efficient Operation and Cleanup:The system incorporates a sloped design for effective material ejection, simplifying the removal of items and debris for a cleaner workspace. The integration of a high-precision rack system and quiet operation enhances operational speed and accuracy while ensuring a tranquil working environment.
 
Thirdly, Advanced Cutting Technology:Utilizing Fastcam software tailored for cutting metal sheets and tubes, combined with a highly sensitive Touch Height Controller, the setup optimizes the plasma head’s distance to the material, significantly improving cutting precision. This comprehensive approach makes the plasma table kit a versatile solution for processing a variety of material thicknesses and unique sheet designs, marking it as essential for diverse metal processing tasks.
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plasma table cnc

Plasma Cutting Table CNC Main Configuration

  1. The machine operates at a voltage of 220V, compatible with single-phase power, and is designed to function seamlessly at a frequency of 50/60HZ.
  2. Customization in terms of color is available, allowing it to match specific requests.
  3. It boasts a generous working area of 1500mm by 3000mm, providing ample space for large-scale projects.
  4. The structure of the machine is reinforced with a heavy-duty frame, ensuring durability and stability during operations.
  5. It utilizes a high-precision Square Guide Rail from Taiwan, enhancing the machine’s accuracy and longevity.
  6. Movement and transmission are facilitated by a high-speed Helical Gear rack, contributing to the machine’s efficiency.
  7. It is equipped with a 450B stepper motor coupled with a Leashine 860 drive, offering reliable and precise control.
  8. The working table features a thick blade design, ideal for handling heavy-duty cutting tasks.
  9. Fastcam software is integrated for streamlined and efficient cutting process management.
  10. The Starfire2100 control system is onboard, providing intuitive and user-friendly operation.
  11. It includes a Huayuan LGK-100A plasma source, capable of cutting materials ranging from 0.5mm to 16mm in thickness.
  12. An Auto Torch Height Controller is incorporated for optimal adjustment, ensuring consistent cutting quality.
  13. The machine comes with 20 sets of Electrodes and nozzles, catering to various cutting requirements.
  14. An Exhaust Fan system is installed to efficiently remove smoke and particulates, maintaining a clean work environment.
  15. A Lubrication system is integrated for all three axes, ensuring smooth operation and prolonging the machine’s lifespan
cnc plasma cutting system
cnc plasma torch height control
plasma cutter guide rail

CNC Plasma Cutting System

The CNC system, designed for flame/plasma cutting machines, excels in metal processing industries. It features robust reliability, resisting plasma interference, lightning, and surges. Offering practical cutting processes, automatic controls, and wireless operation, it also includes slit compensation and program checks, providing user reports for optimized operation.

CNC Plasma Torch Height Control

The CNC plasma cutting machine features a starting positioning function, ensuring millimeter-precise torch height post-contact with the workpiece. An automatic arc pressure function, via an arc pressure sensor, maintains constant torch height throughout cutting, guaranteeing high-quality cuts even on uneven workpieces.

Plasma Cutter Guide Rail

Precision machining of high-resolution rack and pinion involves fine cutting and grinding to ensure quality. The double-drive gantry system enhances acceleration and deceleration. High precision linear guide rails are used, guaranteeing machine tool accuracy. This process optimizes performance and reliability in industrial applications.

Drive motor
Plasma cutting torch
Plasma power

CNC Plasma Cutting System

The CNC system, designed for flame/plasma cutting machines, excels in metal processing industries. It features robust reliability, resisting plasma interference, lightning, and surges. Offering practical cutting processes, automatic controls, and wireless operation, it also includes slit compensation and program checks, providing user reports for optimized operation.

CNC Plasma Torch Height Control

The CNC plasma cutting machine features a starting positioning function, ensuring millimeter-precise torch height post-contact with the workpiece. An automatic arc pressure function, via an arc pressure sensor, maintains constant torch height throughout cutting, guaranteeing high-quality cuts even on uneven workpieces.

plasma cutter guide rail

Precision machining of high-resolution rack and pinion involves fine cutting and grinding to ensure quality. The double-drive gantry system enhances acceleration and deceleration. High precision linear guide rails are used, guaranteeing machine tool accuracy. This process optimizes performance and reliability in industrial applications.

Machine tool cable
CNC Controller
FastCAM

Machine Tool Cable

Cable chains protect and organize wires, minimizing wear and enhancing machine longevity. They prevent entanglement, enable easy access for maintenance, and shield against environmental damage. Their orderly design streamlines cable management, contributing to safer, more efficient machinery operation and reduced operational costs through prolonged cable life.
 

The Part of Electrical Equipment

Controller boxes centralize machine operations, offering a user-friendly interface for monitoring and management. They safeguard sensitive electronics from environmental hazards and unauthorized access. Efficient design simplifies installation and maintenance, while enhancing system reliability, operational efficiency, and safety, leading to reduced downtime and increased productivity.

FastCAM

FastCAM software streamlines CNC programming for cutting, optimizing material use and reducing waste. It boosts productivity with rapid nesting and easy-to-use interfaces. Its precision programming enhances cutting quality, speed, and efficiency, leading to lower production costs and improved workflow in manufacturing environments.

Table Plasma Cutter

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Table Plasma Cutter FAQ

The dazzlingly bright torch of a plasma cutter can be found in most metal fabrication shops. Used to slice through huge sheets of metal of any thickness, this technique is used to manufacture all manner of metal objects such as gates, signage and sculpture.

A plasma cutting system utilizes a stream of ionized gas to penetrate conductive materials. The setup requires a power supply, regulation of gas flow, creation of plasma, and a specialized torch for the operation. The extreme thermal energy of the plasma liquefies the metal, and a jet of gas clears away the molten debris, achieving the desired incision.

Operating lasers generally incur higher costs, yet they provide a precision that plasma cutters lack. Lasers excel in etching intricate details or creating small cutouts in metal, making them suitable for delicate work. Conversely, plasma cutting is preferable for straightforward cuts and can handle thicker metal sheets more effectively.

Plasma cutting offers a rapid execution, providing significant time savings for various projects. It stands out for its speed when contrasted with alternative metal cutting methods, with the potential to reach cutting rates over 100 inches per minute. However, the velocity of the cut is contingent upon the metal’s thickness; as the material density increases, the cutting pace diminishes.

Operating a plasma cutter offers simplicity and convenience, allowing for “freeform” metal cuts through manual guidance. This tool operates by channeling plasma as part of an electrical circuit, necessitating the use of a ground clamp, similar to the process in welding.

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