50A Dual-Voltage Plasma Cutter, 110V/220V HF Touch-Start Contact Arc, IGBT Plasma Cutting Machine, Digital Control, 2T/4T with PT31 Torch
50A Dual-Voltage Plasma Cutter, 110V/220V HF Touch-Start Contact Arc, IGBT Plasma Cutting Machine, Digital Control, 2T/4T with PT31 Torch - Image 2
50A Dual-Voltage Plasma Cutter, 110V/220V HF Touch-Start Contact Arc, IGBT Plasma Cutting Machine, Digital Control, 2T/4T with PT31 Torch - Image 3
50A Dual-Voltage Plasma Cutter, 110V/220V HF Touch-Start Contact Arc, IGBT Plasma Cutting Machine, Digital Control, 2T/4T with PT31 Torch - Image 4
50A Dual-Voltage Plasma Cutter, 110V/220V HF Touch-Start Contact Arc, IGBT Plasma Cutting Machine, Digital Control, 2T/4T with PT31 Torch - Image 5
50A Dual-Voltage Plasma Cutter, 110V/220V HF Touch-Start Contact Arc, IGBT Plasma Cutting Machine, Digital Control, 2T/4T with PT31 Torch - Image 6
50A Dual-Voltage Plasma Cutter, 110V/220V HF Touch-Start Contact Arc, IGBT Plasma Cutting Machine, Digital Control, 2T/4T with PT31 Torch - Image 7

50A Dual-Voltage Plasma Cutter, 110V/220V HF Touch-Start Contact Arc, IGBT Plasma Cutting Machine, Digital Control, 2T/4T with PT31 Torch

$189.00

⚡
50A Power. 8.8 lb Body.
Up to 50A output on 200–240V in a compact, portable plasma cutter.

🔌
110V / 220V Dual Voltage
15–35A on 100–120V and 15–50A on 200–240V power.

🔥
HF Touch-Start Contact Arc
HF contact ignition designed for clean conductive metal — no pilot arc.

🛠️
Up to 20 mm Maximum Severance
10 mm clean cut on 120V and 12 mm clean cut on 240V.

🎛️
Digital Control + 2T / 4T
Easy current adjustment, operating-status display and flexible trigger control.
SKU: CT-CUT50D Category:
Description

CUT50D PLASMA CUTTER

50A Dual-Voltage Cutting in a Compact 8.8 lb Machine

The CUT50D is a compact dual-voltage plasma cutter designed for DIY metalwork,
garage projects, automotive repair, farm maintenance and general fabrication.
It combines HF touch-start contact arc ignition, IGBT inverter technology and
digital control with up to 50A cutting output on 200–240V power.

50A
Maximum Output
110V / 220V
Dual Voltage
HF Contact
Touch-Start Arc
8.8 lb
Portable Machine

CUTTING CAPACITY

More Cutting Capability When You Move from 120V to 240V

The CUT50D provides two practical output ranges depending on the available
input power. Use the clean-cut figures as the more practical reference for
routine work, while maximum severance represents the upper end of the
machine’s cutting capability under suitable conditions.

120V
10 mm
2/5 in Clean Cut
120V
15 mm
3/5 in Maximum Severance
240V
12 mm
1/2 in Clean Cut
240V
20 mm
4/5 in Maximum Severance
Clean Cut vs. Maximum Severance:
Clean cut refers to the more practical thickness range for consistent edge
quality. Maximum severance refers to the upper thickness the machine may cut
through, potentially with slower travel and more cleanup.
CUT50D plasma cutter cutting thickness at 120V and 240V

ARC IGNITION

HF Touch-Start Contact Arc — No Pilot Arc

The CUT50D uses HF contact-start ignition rather than a pilot-arc system.
Reliable starting depends on a good conductive path between the machine,
ground clamp, workpiece and torch.

Important:
Heavy rust, paint and insulating coatings can interfere with reliable arc
starting. Expose clean conductive metal at the ground-clamp contact point
and around the intended starting area whenever needed.
01

Attach the Ground Clamp

Secure the clamp directly to the workpiece or another clean, electrically conductive area.

02

Start on Clean Conductive Metal

Remove heavy rust, paint or insulation where necessary to establish a reliable electrical connection.

03

Trigger the HF Contact Arc

Position the torch for a reliable contact start, trigger the arc and begin moving once stable cutting is established.

If the trigger is held for more than approximately three seconds without
establishing contact with the workpiece, the machine automatically stops arc
output to reduce unnecessary no-load ignition and consumable wear.

CUT50D dual voltage IGBT plasma cutter front and rear view
POWER TECHNOLOGY

Dual-Voltage Power with IGBT Inverter Technology

The CUT50D combines dual-voltage input capability with an IGBT inverter
power system, giving the same compact cutter two useful output ranges.

AC 100–120V

Adjustable 15–35A cutting output for compatible lower-voltage power supplies.

AC 200–240V

Adjustable 15–50A output, allowing the machine to reach its full 50A cutting capability.

IGBT Inverter Architecture

High-frequency inverter power conversion helps keep the CUT50D compact while providing adjustable DC output for plasma cutting.

The front digital interface keeps the primary operating controls within easy reach.

DIGITAL CONTROL

Choose the Trigger Mode That Fits the Cut

The CUT50D centralizes current adjustment, operating status and supported
pressure information on the front digital control panel.

2T Mode

Hold the torch trigger while cutting and release it when the cut is
complete. Useful for shorter or stop-and-start cutting work.

4T Mode

Reduces the need to continuously hold the trigger during longer cutting passes.

After the arc stops, post-flow continues briefly to support torch cooling.

MATERIAL COMPATIBILITY

Cut a Wide Range of Conductive Metals

The CUT50D can be used across common electrically conductive metals encountered
in DIY work, repair, maintenance and general fabrication. Actual cutting
performance varies with material type, thickness and operating conditions.

CUT50D plasma cutter cutting different conductive metals

Carbon / Mild Steel
Stainless Steel
Aluminum
Copper
Alloy Steel
Cast Iron

CUTTING SETTINGS

Cutting Parameters Reference

Use the chart below as a practical starting reference when matching material,
thickness, amperage and regulated airflow. Actual settings may require adjustment
for voltage stability, material composition, consumable condition and cutting technique.

CUT50D cutting parameters reference for different metals and thicknesses

1. Start with the Chart

Choose a starting current range that matches the material and thickness as closely as practical.

2. Make a Test Cut

Test on scrap material or an unused edge before beginning a long or precision cut.

3. Fine-Tune the Setup

Adjust current, travel speed and regulated airflow as needed for stable penetration and manageable dross.

REAL CUTTING TEST

See the CUT50D in Action

This demonstration shows the CUT50D performing an actual thick-material cut,
providing a practical view of torch movement, arc behavior and material penetration.

0.8 in / approximately 20 mm Carbon Steel Cutting Test
This is a real severance demonstration, not a 0.8-inch clean-cut rating.

QUICK SETUP

Connect the Air, Torch and Ground Clamp

The CUT50D requires an external compressed-air supply. Once the air system,
PT31 torch and ground clamp are connected correctly, the cutter can be set up
for the material and thickness being worked.

01

Connect the Air Supply

Connect a suitable external compressor through the supplied air hose and regulator/filter components.

02

Connect the PT31 Torch

Secure the torch to the corresponding front-panel connections before operation.

03

Attach the Ground Clamp

Clamp directly to clean, bare conductive metal for reliable HF contact starting.

External air compressor required.
The compressor itself is not included.

CUT50D plasma cutter accessories and included components
IN THE BOX

What’s Included with the CUT50D

The current product package includes the main torch, air-system connections,
consumables and accessories needed to prepare the CUT50D for use with a
suitable external compressor and power supply.

• CUT50D Plasma Cutter
• Ground Clamp
• Power Adapter
• Air Hose
• Protective Gloves
• PT31 Torch — 13.12 ft
• Air Regulator & Filter Components
• 2 Hose Clamps
• Replacement Consumables
• User Manual
MACHINE OVERVIEW

See the Machine and Included Accessories

PROTECTION & COOLING

Cooling and Built-In Operating Protection

Fan-assisted cooling, post-flow airflow and fault monitoring help the operator
identify abnormal conditions and keep the cutting system within its intended operating range.

Fan-Assisted Cooling

Internal airflow helps remove heat from the inverter and power components.

5-Second Post-Flow

Airflow continues after the arc stops to help cool the torch head and consumables.

Over-Current Protection

Built-in protection can disable cutting output if an over-current condition is detected.

Temperature & Air Monitoring

Diagnostic monitoring helps identify abnormal temperature, cooling or compressed-air conditions.

TECHNICAL SPECIFICATIONS

CUT50D Technical Specifications

Use the table below as the primary product-page reference for CUT50D operating specifications.

Model CUT50D
Product Type Plasma Cutter
Input Voltage Single-Phase AC 100–120V / AC 200–240V
Frequency 50/60Hz
Output @ 100–120V 15–35A
Output @ 200–240V 15–50A
Rated Output 35A / 94V · 50A / 100V
Rated Input Capacity 4.5 kVA / 5.7 kVA
Power Factor 0.7
No-Load Voltage 310V
Arc Ignition HF Touch-Start Contact Arc
Rated Duty Cycle 100% @ 35A · 35% @ 50A
Overall Efficiency 85%
Cooling Air Cooling
Protection Grade IP21S
Machine Weight 8.8 lb / 4 kg
Machine Dimensions 12 × 4.7 × 8.46 in / 305 × 120 × 218 mm
Cutting Torch PT31
Torch Length 13.12 ft
Post-Flow Approximately 5 seconds
Compressed Air External air compressor required
Arc starting:
CUT50D uses HF touch-start contact arc ignition. This is not a pilot-arc model.
PRODUCT SPECIFICATION GRAPHIC

Original CUT50D Specification Reference

CUT50D plasma cutter original technical specification graphic

For current product-page operating specifications, use the HTML table above
as the primary reference.

BEFORE YOU BUY

Know the Setup Before You Start Cutting

A correct air supply, reliable conductive connection and basic maintenance
are just as important as amperage when setting up a plasma cutter.

Before You Buy

• External air compressor required
• HF touch-start contact arc — no pilot arc
• Clean conductive ground connection required
• Cutting results vary with material and setup
• Use an appropriately rated grounded power supply

Basic Care

• Drain moisture from the air filter
• Inspect electrodes and nozzles for wear
• Remove spatter from nozzle and torch head
• Keep cooling airflow unobstructed
• Protect the torch cable from heat and sharp bends

Safety

• Use proper eye and face protection
• Wear gloves and flame-resistant clothing
• Provide adequate ventilation
• Keep the work area dry and fire-safe
• Read the supplied User Manual before operation

CARROT TOOL SUPPORT

Questions About the CUT50D?

Need help with product selection, setup, technical questions or after-sales
support? Contact CARROT TOOL and we’ll help you find the right next step.

PRODUCT SUPPORT

CUT50D User Manual

Need installation, operating, maintenance or troubleshooting information?
View the complete CUT50D User Manual online or save the PDF for future reference.

PDF format · Opens in a new browser tab

4 reviews for 50A Dual-Voltage Plasma Cutter, 110V/220V HF Touch-Start Contact Arc, IGBT Plasma Cutting Machine, Digital Control, 2T/4T with PT31 Torch

  1. 50A Dual-Voltage Plasma Cutter, 110V/220V HF Touch-Start Contact Arc, IGBT Plasma Cutting Machine, Digital Control, 2T/4T with PT31 Torch photo review
    50A Dual-Voltage Plasma Cutter, 110V/220V HF Touch-Start Contact Arc, IGBT Plasma Cutting Machine, Digital Control, 2T/4T with PT31 Torch photo review
    50A Dual-Voltage Plasma Cutter, 110V/220V HF Touch-Start Contact Arc, IGBT Plasma Cutting Machine, Digital Control, 2T/4T with PT31 Torch photo review
    50A Dual-Voltage Plasma Cutter, 110V/220V HF Touch-Start Contact Arc, IGBT Plasma Cutting Machine, Digital Control, 2T/4T with PT31 Torch photo review
    +2
    Michael Carter
    2026年8月9日
    Solid Little Cutter
    I already have a BestArc BTC500DP 7th Gen, so I had something familiar to compare this one with, and honestly it cuts very close to it. The control la...More
    I already have a BestArc BTC500DP 7th Gen, so I had something familiar to compare this one with, and honestly it cuts very close to it. The control layout is also pretty similar, which I liked right away because everything feels intuitive and I was able to get it set up without spending much time looking through the manual. It can run on either 120V or 240V and automatically detects the input voltage, which makes it convenient if you move it between different work areas. The one I received is the non-pilot arc version, so that’s something to pay attention to when choosing the model. The machine feels well built, cuts smoothly, and the compact size makes it easy to carry around the garage or take with me when needed. It also came with a few extra tips, which was a nice bonus. Overall, it’s a solid little cutter and has performed really well for me so far.
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50A Dual-Voltage Plasma Cutter, 110V/220V HF Touch-Start Contact Arc, IGBT Plasma Cutting Machine, Digital Control, 2T/4T with PT31 Torch
50A Dual-Voltage Plasma Cutter, 110V/220V HF Touch-Start Contact Arc, IGBT Plasma Cutting Machine, Digital Control, 2T/4T with PT31 Torch