You are here: Home » Products List » Welding Machine » Plasma Cutting Machine » 100A Inverter Air Plasma Cutter Steel Fabrication

100A Inverter Air Plasma Cutter Steel Fabrication

● Advanced inverter technology. energy-saving and low noise.Use compressed air as cutting gas source,cost-effective.Air pressure and cutting current adjustable.Easy operation, narrow cutting seams, smooth cutting performanceand less deformation.
● Circuit protection against over current, over voltage and over heat.Suitable for cutting carbon steel, stainless steel, alloy steel, copper,and aluminum, etc.
● Widely used in iron structure construction, manufacturing andautomobile maintenance.

Availability:



Inquire Add to Basket

Description

Specification

Product Advantage

Product Uses

Download File

Product Overview

The 100A Inverter Air Plasma Cutter is a high-power metal cutting solution engineered for industrial metal fabrication enterprises and construction engineering operators, adopting advanced inverter digital control technology and high-efficiency IGBT core components. With AC400V input power voltage, 50/60Hz universal frequency and 15.2KVA rated input capacity, this plasma cutter delivers a stepless adjustable output current range of 20-100A, matching a non-touch arc start mode with an ignition rate of ≥99.8% for stable heavy-duty operation. Its no-load voltage reaches 270V, with a recommended air pressure of 0.3-0.5mpa using compressed air as the eco-friendly and cost-effective cutting gas source. The physical design features a robust metal casing with dimensions of 580×315×570mm and a net weight of 33kg, with F-class insulation and IP21S protection grade, plus built-in circuit protection against over current, over voltage and over heat. It perfectly solves the pain points of low efficiency and poor cutting quality in heavy metal processing, and is the core equipment for large-scale steel structure fabrication and industrial metal cutting.

100A Inverter Air Plasma Cutter Steel Fabrication

MODEL	CUT-60	CUT-100	CUT-120

Input Power Voltage(V)	AC400V	AC400V	AC400V
Input Power Frequency(Hz)	50/60	50/60	50/60
Rated Input Capacity(KVA)	7.9	15.2	19
Output Current Range(A)	20-60	20-100	20-120
No-lad Voltage(V)	250	270	270
Rated Duty Cycle(%)	60	60	60
Are start	Touch	Non-Touch	Non-Touch
Power Factor(COSΦ)	0.93	0.93	0.93
Ari Pressurel(map)	0.2-0.4	0.3-0.5	0.3-0.6
Insulation Grade	F	F	F
Protection Grade	IP21S	IP21S	IP21S
Dimensions(mm)	495205355	580315570	580315570
Weight(Kg)	16.2	33	35

Advantages of the 100A Inverter Air Plasma Cutter

This industrial steel fabrication plasma cutter achieves a cutting precision of ±0.1mm for metal sheets within 15mm thickness, with narrow cutting seams, smooth cut edges and no obvious burrs or slag. The high-frequency arc starting system ensures stable ignition without edge deformation, greatly reducing the subsequent polishing and finishing work for industrial products. For thick metal plates up to 40mm, it still maintains excellent cutting performance, meeting the fine processing and mass production needs of metal fabrication enterprises, and improving the qualified rate of industrial workpieces.

High Energy Efficiency & Adaptability to Industrial Power Environments

Equipped with a high-efficiency inverter system, the machine’s energy conversion rate reaches up to 95%, saving 40-50% of electricity compared with traditional transformer-type plasma cutters. Its standby power is ≤5W with no idle power consumption, effectively reducing the long-term electricity costs for industrial manufacturing plants. The wide voltage adaptation range of 160-450V makes it suitable for unstable power supply environments in construction sites and large workshops, with a 60% rated duty cycle and support for 8 hours of continuous non-stop cutting under rated load, fully meeting the high-intensity operation requirements of industrial production.

Wide Metal Compatibility for Heavy-Duty Processing

As a non-touch arc plasma cutter for heavy metal processing, it is compatible with various conductive metals including carbon steel, stainless steel, alloy steel, copper and aluminum. The flexible adjustment of cutting current and air pressure allows it to adapt to different metal materials and thicknesses from 0.5mm to 40mm, breaking the material limitation of single-type cutting equipment. Whether it is thick steel plate cutting for steel structure engineering or precision cutting of alloy parts for mechanical manufacturing, it can provide stable and efficient cutting effects, realizing one machine for multiple uses and reducing the equipment investment of industrial enterprises.

Uses of the 100A Inverter Air Plasma Cutter

Steel Structure Construction & Bridge Engineering Projects

It is the ideal cutting equipment for on-site operation in steel structure construction, bridge and large-scale engineering projects. Its wide voltage adaptation and robust structural design can adapt to the harsh outdoor construction environment, and it is mainly used for cutting steel structure keels, bridge structural components and heavy steel plates. The fast cutting speed (20m/min for 5mm carbon steel) shortens the on-site construction cycle, and the stable cutting performance ensures the accuracy of engineering components.

Automotive & Shipbuilding Manufacturing & Refitting

In the automotive and shipbuilding industry, this plasma cutter is widely used for cutting body metal plates, hull steel plates and mechanical structural parts. Its high cutting precision ensures the fitting accuracy of parts, and the clean cut edges reduce the subsequent polishing work in the refitting process. The continuous cutting capacity effectively shortens the production and maintenance cycle of automobile and ship parts, improving the overall processing efficiency of manufacturing enterprises.

Large-Scale Metal Fabrication Factories

For large metal fabrication and hardware processing factories, it is a core production equipment for cutting carbon steel, stainless steel and aluminum plates for sheet metal parts and hardware products. Its high speed and high precision realize the efficient cutting of regular and irregular workpieces, adapting to the mass production needs of factories, and greatly boosting the overall processing efficiency of metal parts production lines.