XLNT CUT 80 IGBT 80A Plasma Cutting Machine

The XLNT CUT 80 IGBT is an industrial plasma cutting machine designed for heavy metal cutting, structural cutting and professional fabrication applications. It provides a listed adjustable cutting-current range of 20-80A, allowing the operator to select the output according to the material, thickness, cutting speed and working conditions.

The machine supports a listed 220V/380V 15% dual-voltage input and features 60% duty cycle, 80% efficiency, a 0.93 power factor, IP21 protection and Class F insulation. The current website positions this model for industrial welders, fabricators and construction sites. 

20-80A Adjustable Plasma Cutting Current

The XLNT CUT 80 provides an adjustable output-current range of 20-80A.

The correct current setting depends on:

• Metal type
• Material thickness
• Cutting speed
• Torch condition
• Air pressure
• Airflow
• Consumable condition
• Electrical-supply stability
• Required cut quality

Lower current may be suitable for thinner compatible materials, while higher current may be required for thicker cutting applications.

Do not operate continuously at maximum output without following the verified duty-cycle limits.

80A Maximum Listed Output

The model is marketed as an 80A plasma cutter, and the supplied specification lists a maximum output current of 80A.

Recommended technical wording:

Maximum Listed Cutting Current: 80A

Do not claim continuous 80A cutting unless the manufacturer supplies a duty-cycle chart confirming the operating duration at that current.

220V/380V Dual-Voltage Input

The supplied specifications list 220V/380V 15% input-voltage support. The live website also promotes dual-voltage operation. 

Before installation, verify:

• Whether voltage selection is automatic or manual
• Single-phase or three-phase requirements
• Input cable configuration
• Plug and socket requirements
• Recommended MCB or MCCB
• Earthing requirements
• Rated current at 220V
• Rated current at 380V

Do not connect the machine until a qualified electrician confirms the correct supply configuration.

Rated Input Current

The supplied image lists:

Rated Input Current: 18A

Confirm whether this applies to:

• 220V operation
• 380V operation
• Both voltage configurations
• A particular output setting

Dual-voltage equipment may have different input-current requirements depending on the selected supply voltage.

Rated Input Power Capacity

The supplied specification lists:

Rated Input Power Capacity: 11.3

The measurement unit is not visible. It may refer to kVA or another input-capacity measurement, but this must be verified before publication.

Recommended temporary wording:

Rated Input Power Capacity: 11.3 — unit to be confirmed

Listed 1‚25mm Cutting Thickness

The supplied specification image states a cutting-thickness range of 1–25mm.

Use the cautious wording:

Listed Cutting Thickness: 1‚25mm

The machine may not deliver the same cut speed, edge quality or duty cycle across the complete thickness range.

Before publishing stronger claims, confirm:

• Clean-cut thickness
• Recommended cutting thickness
• Maximum severance thickness
• Material used for testing
• Required air pressure
• Required airflow
• Cutting speed at each thickness

60% Listed Duty Cycle

The XLNT CUT 80 has a listed duty cycle of 60%. The live page also displays a 60% duty cycle.

Duty cycle describes how long the machine can operate during a defined testing period before requiring cooling.

The available information does not state:

• The output current used for testing
• The ambient test temperature
• The testing standard
• The required cooling duration

Publish it as:

Listed Duty Cycle: 60%

Do not claim 80A at 60% duty cycle unless this is confirmed on the rating label or manufacturer documentation.

Listed 80% Efficiency

The plasma cutter has a listed efficiency of 80%. This value is also displayed on the live product page.

The testing standard is not currently published, so avoid making direct efficiency comparisons with other machines unless they were tested under equivalent conditions.

0.93 Power Factor

The supplied specification lists a power factor of 0.93.

Power factor should remain in the technical specification section because it is useful for industrial buyers planning electrical installation and power requirements.

DC 310V No-Load Voltage

The supplied image lists:

No-Load Voltage: DC 310V

This is an important electrical specification and should be verified directly from the machine rating plate before final publication.

High internal and output voltages can remain dangerous even when the machine is not actively cutting. Internal servicing must be handled only by qualified technicians.

IGBT Inverter Technology

The product is identified as a CUT 80 IGBT plasma cutting machine. IGBT inverter construction is intended to provide controlled cutting output in a relatively compact equipment format.

Do not add unverified claims such as:

• Pilot arc
• Non-touch ignition
• High-frequency start
• CNC compatibility
• Built-in compressor
• Automatic voltage selection

These features must be confirmed separately.

Industrial Heavy-Metal Cutting

The live website positions the machine for heavy metal cutting, industrial fabrication and structural cutting.

Application suitability depends on:

• Material type
• Material thickness
• Air pressure
• Torch and consumables
• Current setting
• Cutting speed
• Electrical supply
• Operator skill

The page does not specify which metal types are officially supported. Avoid adding mild steel, stainless steel, aluminium, copper or other material claims until verified.

Suitable for Industrial Fabrication

The XLNT CUT 80 is positioned for fabricators who require a higher-output plasma cutter for compatible workshop and industrial metal-cutting tasks.

Potential applications may include:

• Fabrication preparation
• Structural component cutting
• Metal plate cutting
• Workshop repair work
• Construction-site cutting
• Equipment manufacturing
• Industrial maintenance

Actual suitability must be assessed according to material, thickness and verified machine capacity.

Suitable for Construction Sites

Construction sites are listed among the intended use environments.

When using the machine at a site:

• Provide a stable electrical supply
• Protect the machine from rain and water
• Use suitable circuit protection
• Maintain adequate ventilation
• Keep the work area clear of flammable materials
• Use a dry compressed-air supply
• Protect cables and hoses from vehicle movement

28kg Heavy-Duty Construction

The machine has a listed net weight of 28kg. The live page describes it as having a heavy-duty build.

The twin carrying handles may assist with controlled lifting, but the machine’s weight means two-person handling may be safer depending on site conditions.

The product dimensions are not currently provided and should be added after physical measurement.

IP21 Protection Class

The plasma cutter has a listed IP21 protection rating. IP21 does not mean the machine is waterproof.

Keep the machine protected from:

• Rain
• Direct water spray
• Standing water
• Wet floors
• Excessive metal dust
• Conductive particles
• Damp storage conditions

Maintain clear airflow around the ventilation openings.

Class F Insulation

The supplied specification lists Class F insulation.

This can be retained in the technical specification section, but it should not be used to claim a specific maximum working temperature without supporting manufacturer documentation.

Compressed-Air Requirement

Plasma cutting requires a compatible compressed-air supply, but the current page does not state:

• Required working pressure
• Required airflow in L/min
• Required airflow in CFM
• Recommended compressor capacity
• Air-inlet thread size
• Air-quality requirements
• Built-in regulator availability
• Moisture separator inclusion

These are among the most important missing buying specifications.

Wet or contaminated compressed air can reduce cut quality and shorten consumable life. Use a suitable air filter and moisture-management system according to the manufacturer’s instructions.

Plasma Torch Information

The live product page lists “customizable torches” in the package section.

This wording is unclear. Confirm:

• Exact torch model
• Torch cable length
• Torch current rating
• Pilot-arc capability
• Consumable model
• Nozzle type
• Electrode type
• Ceramic shield or retaining cap
• Connector type
• Replacement torch compatibility

Use “plasma cutting torch” rather than “customizable torches” once the correct package is confirmed.

How to Use

1. Place the plasma cutting machine on a stable, dry and well-ventilated surface.
2. Confirm that the machine is switched off and disconnected from power.
3. Inspect the power cable, torch, earth clamp, air hose and connectors.
4. Connect the machine to the correct verified electrical supply.
5. Connect a compatible compressed-air source.
6. Set the air pressure according to the manufacturer’s instructions.
7. Attach the earth clamp to clean, bare metal.
8. Install the correct torch consumables.
9. Select the required cutting-current setting.
10. Wear approved plasma-cutting protective equipment.
11. Position the torch according to the verified ignition method.
12. Begin cutting at a controlled travel speed.
13. Monitor cut quality, air pressure and machine temperature.
14. Follow the listed duty-cycle limitation.
15. Switch off, isolate the electrical supply and release air pressure after use.

Safety Instructions

• Wear an approved welding or plasma-cutting helmet with the correct shade.
• Wear flame-resistant gloves and protective clothing.
• Use suitable eye, face and hearing protection.
• Ensure adequate ventilation or fume extraction.
• Remove combustible materials from the cutting area.
• Never cut sealed containers, tanks or pressurised vessels.
• Inspect the torch, cables and air hose before every use.
• Use a properly earthed electrical supply.
• Keep the machine dry.
• Protect nearby people from arc exposure and sparks.
• Do not touch torch consumables immediately after cutting.
• Keep hands away from the cutting arc.
• Follow the listed duty-cycle limitation.
• Disconnect electrical and air supplies before servicing.
• Internal repairs must be completed by qualified technicians.

Maintenance Instructions

• Keep the machine body clean and dry.
• Remove dust from the ventilation openings.
• Inspect the plasma torch and cable regularly.
• Check the earth clamp and connection cable.
• Inspect the compressed-air hose for leaks.
• Drain moisture from the compressor and filters.
• Replace worn torch electrodes and nozzles.
• Keep consumables clean and correctly installed.
• Do not wash or submerge the machine.
• Store the machine in a clean and dry environment.
• Arrange periodic professional servicing according to usage.