NEW XTP CM & CNC PLASMA Cutting Inverters

Announcing the launch of the XTP40CM, XTP63CM, and XTP40CNC—three professional-grade plasma cutting machines engineered for versatility, power, and seamless integration. As the latest additions to the Parweld XTP range, these units are designed to redefine your cutting expectations.

The XTP40CM and XTP63CM feature a high-performance built-in air compressor, offering a true ‘plug and play’ solution for immediate cutting. For automated precision, the XTP40CNC is designed and developed for use with CNC Profiling Machines and comes equipped with a dedicated CNC interface.

What Are Plasma Cutters?

Combined with a Plasma Cutting Torch, these inverters are the ideal machine for any metalwork application. Plasma Cutters are used to cut any metal material, such as Stainless Steel, Mild Steel, Aluminium, Brass, Copper etc. They are not suitable for cutting plastics, wood, ceramic, glass and masonry materials.

What Materials Can A Plasma Cutter Cut?

A plasma cutter works by creating an electrical channel of ionized gas. Therefore, it can only cut materials that conduct electricity.

Common materials: Mild steel, stainless steel, aluminum, copper, brass, and cast iron.
What it can’t cut: Wood, plastic, glass, or any other non-conductive material.

How Does The Process Actually Work?

Think of it as a highly concentrated electrical arc. The machine forces a gas (like compressed air) through a constricted nozzle at high speeds while an electric arc is sent through that gas. This ionizes the gas, turning it into plasma. The plasma is hot enough to melt the metal, and the high speed of the gas blows the molten metal away.

XTP40CNC

VARIABLE OUTPUT
The XTP 40CNC is a portable plasma cutter with a CNC interface for connection to CNC profiling machines, cutting materials up to 20mm thick. Grab handles provide protection and torch storage. The carry handle incorporates consumable storage.

CNC READY
The XTP 40CNC is set up and ready to work with CNC profiling equipment. Its compact dimensions and built-in torch and consumables storage make it a very portable cutting solution.

CUTS ANY METAL

20mm Production Cut

25mm Severance Cut

Technical Specifications

110V

230V

Input Current = 23.0A
Input Power = 3.9KW
Cutting Current Adjustment Range = 20A~30A
Duty Cycle (40°C for 10 Minutes) = 30A @ 40% | 25.8A @ 60% | 20A @ 100%
Maximum Cutting Thickness to Carbon Steel = ≤16mm
Optional Cutting Thickness for Carbon Steel = ≤10mm
Optional Cutting Thickness for Stainless Steel = ≤8mm
Optional Cutting Thickness for Aluminium = ≤8mm

Input Current = 22A (MAX) / 16A (EFF)
Input Power = 5.0KW
Cutting Current Adjustment Range = 20A~40A
Duty Cycle (40°C for 10 Minutes) = 40A @ 40% | 33A @ 60% | 25A @ 100%
Maximum Cutting Thickness to Carbon Steel = ≤20mm
Optional Cutting Thickness for Carbon Steel = ≤15mm
Optional Cutting Thickness for Stainless Steel = ≤12mm
Optional Cutting Thickness for Aluminium = ≤12mm

KVA = 6 KVA | Generator Size (Requires AVC) = 15 KVA
Starting Method = Short Circuit
Minimum Fuse Rating = 16A (230V)
No-Load Voltage = 360V
Cooling Method = AF
Protection Class = IP21S
Insulation Class = H
Download User Manual

Height

Length

Width

Weight

Technical Information

Key Features

CNC Interface – For Automatic Operation
Generator Friendly
Automatic Over-Voltage Protection
Automatic Over-Current Protection
Setup & Ready To Work With CNC Profiling Equipment
Supplied With 6m Torch & 3m Earth Cable

Performance Specifications

Input Voltage = Single Phase, Dual Voltage 110V/230V
Input Power = 3.9KW (110V) | 5.0KW (230V)
Input Current = 13.3A (Eff)
Output Current = 10A – 30A (110V) | 10A – 40A (230V)
Duty Cycle = 40A @ 40%
KVA Rating = 6
Generator Size (Requires AVC) = 15 KVA
Starting Method = Short Circuit
Minimum Fuse Rating = 16A (230V)
No Load Voltage = 360V
Power Factor = 0.99
Cooling Method = AF

Machine Front Features

Torch Connector
Work Lead Connector
Display Screen – Shows The Output Power, Air Pressure & Any Error Messages
Air Pressure Warning Light – For When Air Pressure Is Low
Interlock fault – For Short Circuit Between The Electrode & Tip, For Front End Torch Parts Missing / Incorrectly Fitted And For Shield Cup Not Fitted Correctly
Power Light & Power Bar – Illuminates When Power Is Supplied To The Machine
Output Power Control – For Adjustments Between 20 and 40 Amps
Mode Switch – For Air Flow Checking Normal Cutting & Mesh Cutting

Machine Back Features

CNC Interface Connection
Power Switch – For Switching The Machine ON/OFF
Voltage Divider – Allows Adjustment Of The Arc Sensing Voltage For CNC Interface
External Gas Connector

Pressure Gauge & Tap drain (Behind Machine Side Flap)

Pressure Gauge – Displays The Operating Air Pressure
Pressure Adjuster
Water Trap Drain – For External Air Supply
Software Update Port – For Service Use

Machine Dimensions

Length = 570mm | 22.44″
Width = 210mm | 8.26″
Height = 400mm | 15.7″
Weight = 13kg | 3st

Cutting Capabilities - 110V

Cutting Current Adjustment = 20A ~ 30A
Maximum Cutting Thickness To Carbon Steel = ≤16mm
Optional Cutting Thickness For Carbon Steel = ≤10mm
Optional Cutting Thickness For Stainless Steel = ≤8mm
Optional Cutting Thickness For Aluminium = ≤8mm

Cutting Capabilities - 230V

Cutting Current Adjustment = 20A ~ 40A
Maximum Cutting Thickness To Carbon Steel = ≤20mm
Optional Cutting Thickness For Carbon Steel = ≤15mm
Optional Cutting Thickness For Stainless Steel = ≤12mm
Optional Cutting Thickness For Aluminium = ≤12mm

Compliance & Regs

Enclosure Protection = IP21S
Insulation Class = H

Manufactured to IP21S, ISO/IEC 60974-1,
ISO/IEC 60974-6 & RoHS compliant

Download User Manual

Torch

CNC Interface - For Automatic Operation

Generator Friendly

Automatic Over-Voltage Protection

Automatic Over-Current Protection

Built-In Air Pressure Regulator & Pressure Gauge

Supplied With 6m Torch & 3m Earth Cable

XTP40CM

VARIABLE OUTPUT
The integrated compressor of the XTP 40CM makes it a truly mobile solution for cutting materials up to 20mm thick. Grab handles provide protection and torch storage. The carry handle incorporates consumable storage. Can be operated from an external air supply or the internal compressor.

GENERATOR FRIENDLY
The XTP 40CM is able to cope with input fluctuations of ±15% and can be used with the majority of generators. The machine is equipped with wheels for ease of movement and can be used with an external air supply.

CUTS ANY METAL

20mm Production Cut

25mm Severance Cut

Technical Specifications

110V

230V

Input Current = 22.8A
Input Power = 3.9KW
Cutting Current Adjustment Range = 20A~30A
Duty Cycle (40°C for 10 Minutes) = 30A @ 40% | 25.8A @ 60% | 20A @ 100%
Maximum Cutting Thickness to Carbon Steel = ≤16mm
Optional Cutting Thickness for Carbon Steel = ≤10mm
Optional Cutting Thickness for Stainless Steel = ≤8mm
Optional Cutting Thickness for Aluminium = ≤8mm

Input Current = 22.0A
Input Power = 5.0KW
Cutting Current Adjustment Range = 20A~40A
Duty Cycle (40°C for 10 Minutes) = 40A @ 40% | 33A @ 60% | 25A @ 100%
Maximum Cutting Thickness to Carbon Steel = ≤20mm
Optional Cutting Thickness for Carbon Steel = ≤15mm
Optional Cutting Thickness for Stainless Steel = ≤12mm
Optional Cutting Thickness for Aluminium = ≤12mm

KVA = 6 KVA | Generator Size (Requires AVC) = 6 KVA
Starting Method = Short Circuit
Minimum Fuse Rating = 16A (230V)
No-Load Voltage = 360V
Cooling Method = AF
Power Factor = 0.99
Protection Class = IP21S
Insulation Class = H
Download User Manual

Height

Length

Width

Weight

Technical Information

Key Features

Built-In Compressor
CNC Interface
Generator Friendly
Automatic Over-Voltage Protection
Automatic Over-Current Protection
Supplied With 6m Torch & 3m Earth Cable

Performance Specifications

Input Voltage = Single Phase, Dual Voltage 110V/230V
Input Power = 3.9KW (110V) | 5.0KW (230V)
Input Current = 13.3A (Eff)
Output Current = 10A – 30A (110V) | 10A – 40A (230V)
Duty Cycle = 40A @ 40%
KVA Rating = 6
Generator Size (Requires AVC) = 6 KVA
Starting Method = Short Circuit
Minimum Fuse Rating = 16A (230V)
No Load Voltage = 360V
Power Factor = 0.99
Cooling Method = AF

Machine Front Features

Torch Connector
Work Lead Connector
Display Screen – Shows The Output Power, Air Pressure & Any Error Messages
Air Pressure Warning Light – For When Air Pressure Is Low
Interlock fault – For Short Circuit Between The Electrode & Tip, For Front End Torch Parts Missing / Incorrectly Fitted And For Shield Cup Not Fitted Correctly
Power Light & Power Bar – Illuminates When Power Is Supplied To The Machine
Output Power Control – For Adjustments Between 20 and 40 Amps
Internal Or External Air Selector Switch
Mode Switch – For Air Flow Checking Normal Cutting & Mesh Cutting

Machine Back Features

CNC Interface Connection
Software Update port – For Service Use
Power Switch – For Switching The Machine ON/OFF
Voltage Divider – Allows Adjustment Of The Arc Sensing Voltage For CNC Interface
External Gas Connector

Pressure Gauge & Tap drain (Behind Machine Side Flap)

Pressure Gauge – Displays The Operating Air Pressure
Pressure Adjuster
Water Trap Drain – For External Air Supply

Machine Dimensions

Length = 640mm | 25″
Width = 230mm | 9″
Height = 430mm | 17″
Weight = 18kg | 2.8st

Cutting Capabilities - 110V

Cutting Current Adjustment = 20A ~ 30A
Maximum Cutting Thickness To Carbon Steel = ≤16mm
Optional Cutting Thickness For Carbon Steel = ≤10mm
Optional Cutting Thickness For Stainless Steel = ≤8mm
Optional Cutting Thickness For Aluminium = ≤8mm

Cutting Capabilities - 230V

Cutting Current Adjustment = 20A ~ 40A
Maximum Cutting Thickness To Carbon Steel = ≤20mm
Optional Cutting Thickness For Carbon Steel = ≤15mm
Optional Cutting Thickness For Stainless Steel = ≤12mm
Optional Cutting Thickness For Aluminium = ≤12mm

Compliance & Regs

Enclosure Protection = IP21S
Insulation Class = H

Manufactured to IP21S, ISO/IEC 60974-1,
ISO/IEC 60974-6 & RoHS compliant

Download User Manual

Torch

Integrated Compressor

CNC Interface

Generator Friendly

Automatic Over-Voltage Protection

Automatic Over-Current Protection

Supplied With 6m Torch & 3m Earth Cable

XTP63CM

VARIABLE OUTPUT
The integrated compressor of the XTP 63CM makes it a truly mobile solution for cutting materials up to 25 mm thick. Infinite power control allows the output to be tuned to minimise dross on the cut edges. The machine has a mode for mesh cutting. Non-HF ignition minimises the risk of interference with electronic systems.

GENERATOR FRIENDLY
The XTP 63CM is able to cope with input fluctuations of ±15% and can be used with the majority of generators. The machine is equipped with wheels for ease of movement and can be used with an external air supply.

CUTS ANY METAL

25mm Production Cut

35mm Severance Cut

Technical Specifications

Input Voltage = 3-400V
Input Current = 18A
Input Power = 7.8KW
Cutting Current Adjustment = 20A~65A
Duty Cycle (40°C for 10 Minutes) = 65A @ 90% | 61A @ 100%
Maximum Cutting Thickness to Carbon Steel = ≤30mm*
Optional Cutting Thickness for Carbon Steel = ≤25mm
Optional Cutting Thickness for Stainless Steel = ≤20mm
Optional Cutting Thickness for Aluminium = ≤20mm
KVA = 7 KVA | Generator Size (Requires AVC) = 10 KVA
Starting Method = Short Circuit
Minimum Fuse Rating = 20A
No-Load Voltage = 450V
Cooling Method = AF
Protection Class = IP23
Insulation Class = H
Download User Manual

* NOTE - Maximum performance with optional XTP125 torch.

Height

Length

Width

Weight

Technical Information

Key Features

Built-In Compressor
CNC Interface
Generator Friendly
Automatic Over-Voltage Protection
Automatic Over-Current Protection
Integrated Trolley For Ease Of Movement – Includes Easy Lifting Sling Attachment
Supplied With 6m Torch & 3m Earth Cable

Performance Specifications

Input Voltage = Three Phase, 400V
Input Power = 7.8KW
Input Current = 7.6A (Eff)
Output Current = 10A – 65A
Duty Cycle = 65A @ 90%
KVA Rating = 7
Generator Size (Requires AVC) = 10 KVA
Starting Method = Short Circuit
Minimum Fuse Rating = 20A
No Load Voltage = 450V
Cooling Method = AF

Machine Front Features

Torch Connector
Work Lead Connector
Display Screen – Shows The Output Power, Air Pressure & Any Error Messages
Air Pressure Warning Light – For When Air Pressure Is Low
Interlock fault – For Short Circuit Between The Electrode & Tip, For Front End Torch Parts Missing / Incorrectly Fitted And For Shield Cup Not Fitted Correctly
Power Light & Power Bar – Illuminates When Power Is Supplied To The Machine
Output Power Control – For Adjustments Between 20 and 40 Amps
Internal Or External Air Selector Switch
Mode Switch – For Air Flow Checking Normal Cutting & Mesh Cutting

Machine Back Features

CNC Interface Connection
Software Update port – For Service Use
Power Switch – For Switching The Machine ON/OFF
Voltage Divider – Allows Adjustment Of The Arc Sensing Voltage For CNC Interface
Water Trap Drain – For External Air Supply
Pressure Adjuster – Pulls Up To Unlock
Pressure Gauge – For External Air Supply (Tap Here For Image)

Machine Dimensions

Length = 530mm | 20″
Width = 250mm | 9″
Height = 400mm | 15″
Weight = 25kg | 4st

Cutting Capabilities

Cutting Current Adjustment = 20A ~ 65A
Maximum Cutting Thickness To Carbon Steel = ≤30mm
Optional Cutting Thickness For Carbon Steel = ≤25mm
Optional Cutting Thickness For Stainless Steel = ≤20mm
Optional Cutting Thickness For Aluminium = ≤20mm

**NOTE – Maximum performance with optional XTP125 torch.**

Compliance & Regs

Enclosure Protection = IP23
Insulation Class = H

Manufactured to IP23S, ISO/IEC 60974-1,
ISO/IEC 60974-6 & RoHS compliant

Download User Manual

Torch

Integrated Compressor

Generator Friendly

Supplied With 6m Torch & 3m Earth Cable

CNC Interface

Automatic Over-Voltage Protection

Automatic Over-Current Protection

XTP Modes

Standard Cutting Mode

The pilot arc will reignite each time you reach the end of a cut until the trigger is released

Mesh Cutting Mode

The arc will extinguish at the end of the cut

You should use Standard Cutting mode unless performing mesh cutting, as this will increase consumable life.

Cutting Operation

Consumable
Parts

The electrode, swirl ring and cutting tip are held in position by the nozzle; removal of the nozzle allows these parts to be replaced. Cutting tip size should be selected to match the selected amperage on the machine and is not related to the thickness of the material to be cut. Electrodes should be replaced when the insert has eroded to a depth of no more than 1.2mm failure to replace the electrode may result in permanent torch damage. The life of the electrode is dependant upon the cut amperage and the number of starting operations performed. The higher start frequency and cutting power will give the shortest electrode life. Check the electrode condition every 30 minutes of cutting.

XTP40CNC

A reliable and consistent supply of clean dry compressed air is essential for proper operation. The machine contains its own internal air supply and filtration system. If an external Air supply is used it is recommended the external air supply should have filtration in the line feeding the machine and an oil trap fitted. For external Air supply a minimum of 120l/min (4.5cfm) Free Air Delivery (FAD) at 75psi pressure is required. The air must be dry and free of oil and moisture, when an external Air supply is connected the internal compressor will automatically be disabled. To check the Air pressure use the mode switch on the front of the machine to enable the checking mode and then adjust using the control knob on the side of the machine (pull up to unlock the knob). Ensure the pressure is 4.5-5.0 Bar.

XTP40CM / XTP63CM

When using the machine with the internal compressor no external air supply or pressure adjustment is required. The internal compressor may drain water from the base of the machine from time to time. For external air supply a reliable and consistent supply of clean dry compressed air is essential for proper operation. The external air supply should have filtration in the line feeding the machine and an oil trap fitted. A minimum of 120l/min (4.5cfm) Free Air Delivery (FAD) at 75psi pressure is required. The air must be dry and free of oil and moisture. To check the Air pressure, use the mode switch on the front of the machine to enable the checking mode and then adjust using the control knob on the regulator at the rear of the machine (pull up to unlock the knob). Ensure the pressure is 4.5-5.0 Bar.
Note: Ensure external air supply is disconnected when using the internal compressor.

Air
Requirements

Cut
Quality

Cut quality requirements differ depending on the application. The bevel angle may be a major factor when the surface is to be welded after cutting. Dross-free cutting is important when a high-quality finish is desired to avoid secondary clean-up operations. Rounding on the top edge of a cut occurs due to wear from the initial contact of the plasma arc on the workpiece. Dross is molten material which is not blown out of the cut area and re-solidifies on the plate. Top spatter is dross which accumulates on the top surface of the workpiece. Excessive dross may require secondary clean-up operations after cutting. Improper stand-off (the distance between the torch tip and workpiece) can adversely affect tip life as well as shield cup life. Stand-off may also significantly affect the bevel angle; reducing stand-off generally results in a more square cut. A guide clip and crown stand-off guide are available to maintain a constant height. The plasma gas stream swirls as it leaves the torch to maintain a smooth column of gas. This swirl effect results in one side of a cut being squarer than the other. Viewed along the direction of travel, the right side of the cut is squarer than the left. If dross is present on carbon steel, it is commonly referred to as either ‘high speed’, ‘slow speed’, or ‘top dross’. Top dross is normally caused by too great a torch-to-plate distance; it is usually very easy to remove and can often be wiped off with a welding glove. Slow speed dross is normally present on the bottom edge of the plate. It can vary from a light to heavy bead but does not adhere tightly to the cut edge and can be easily scraped off. High speed dross usually forms a narrow bead along the bottom of the cut edge and is very difficult to remove. When cutting troublesome steel, it is sometimes useful to reduce the cutting speed to produce slow speed dross, as any resultant clean-up can be accomplished by scraping rather than grinding.