JK Air Plasma Cutting Machine - Portable Plasma Cutter Cut 80 (Air compressor inside)
The JK Air Plasma Cutting Machine delivers precise plasma cutting for fabrication tasks. This model integrates an internal air compressor, eliminating the need for external pneumatic equipment and simplifying setup. • Current: 80A • Model: Cut 80 • Phase: 1+2+3 Phase combined • Portable design with built-in compressor
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Specifications
For: Cut 80 (Air compressor inside)- Product Type
- Portable Plasma Cutter
- Model
- Cut 80
- Phase
- 1+2+3 Phase combined
- Current
- 80A
Configurations
Click a row to switch| Variant | Current | Model | Phase | Price |
|---|---|---|---|---|
| Cut 80 (Air compressor inside) | 80A | Cut 80 | 1+2+3 Phase combined | ₹75,000 |
| Cut 100Y (with arc feature inbuilt compressor ) | 100A | Cut 100Y | 1+2+3 Phase combined | ₹98,000 |
| Cut 120 | 120A | Cut 120 | 1+2+3 Phase combined | ₹97,000 |
| Cut 100 (with Arc feature & compressor) | 100A | Cut 100 | 1+2+3 Phase combined | ₹90,000 |
Description
The Plasma Cutting Machine CUT Series is a high-precision cutting solution designed for industrial and workshop applications. Utilizing advanced IGBT inverter technology, this machine delivers a stable and efficient plasma arc capable of cutting a wide range of conductive metals, including mild steel, stainless steel, aluminum, and copper alloys.
With a cutting current range of 40–120 amps, the CUT40-120 provides clean, smooth, and accurate cuts up to 12 mm -- 45 mm thickness in a single pass. Its inverter-based design ensures energy-efficient operation, reduced heat-affected zones, and minimal dross, improving both cutting speed and quality.
Features
Core Cutting Performance
- High‑quality plasma arc for fast, precise metal cutting with minimal heat distortion
- Stable cutting current across varied thicknesses and materials
- Adjustable output amperage to match different cutting tasks
- Smooth cut edges with reduced dross and need for secondary finishing
Advanced Power & Technology
- IGBT inverter technology (Intelligent Gate Bipolar Transistor) for efficient, reliable power conversion
- High switching frequency for stable arc start and reduced noise
- Power‑efficient design with high duty cycle and low power loss
- Universal input options (single‑phase 220 V for smaller models; three‑phase 380 V for larger models)
Build & Durability
- Compact and portable design (especially CUT40 & CUT60) for workshop & field use
- Rugged metal housing with optimal ventilation for heat dissipation
- Thermal overload protection to prevent damage during heavy applications
- IP protection ratings (typically IP21/IP23) for reliability in tough environments
User Convenience
- Easy‑to‑read adjustable control panel for current and cutting parameters
- Quick connect torch interface for fast setup and replacement
- Compatible with standard plasma consumables (electrodes, nozzles, shields)
- Low maintenance requirements for cost‑effective operation
Air & Gas Compatibility
- Works with compressed air (no need for expensive specialty gases)
- Optimized air pressure requirements for efficient cutting (varies by model)
- Air‑cooled torch system for extended duty operations
Safety & Protection
- Over‑heat protection shuts down unit safely when needed
- Over‑current & over‑voltage protection for grid stability
- Arc‑start control (contact or high‑frequency) for reliable ignition
Benefits
High Cutting Speed
- Cuts metals much faster than traditional oxy-fuel or mechanical cutting methods.
- Saves time in production and fabrication processes.
Precision and Accuracy
- Produces clean, smooth edges with minimal kerf width.
- Reduces the need for secondary finishing.
Versatility
- Can cut mild steel, stainless steel, aluminum, copper, and other conductive metals.
- Effective on both thin sheets and thick plates.
Cost-Effective
- Lower operational costs compared to laser cutting for medium-thick metals.
- Reduces wastage due to precise cutting.
Ease of Use
- Simple operation suitable for both skilled operators and beginners.
- Minimal setup and maintenance required.
Portability
- Compact models like CUT40 are lightweight and easy to transport.
- Ideal for on-site and workshop applications.
Reduced Heat Affected Zone (HAZ)
- Minimal distortion to surrounding metal due to concentrated plasma arc.
Automation Friendly
Can be integrated with CNC tables for complex and repetitive cutting patterns.
Environmentally Friendly
- No chemical by-products, and reduced smoke compared to traditional cutting methods.
Enhanced Safety
- Less risk of sparks spreading compared to oxy-fuel cutting.
- Designed with operator safety in mind.
Applications
Metal Fabrication
- Cutting of mild steel, stainless steel, aluminum, and other conductive metals.
- Used in structural steel fabrication, sheet metal work, and frame construction.
Automotive Industry
- Manufacturing and repairing vehicle frames, exhaust systems, and chassis components.
- Custom bodywork and modification of metal parts.
Industrial Manufacturing
- Production of machinery components, metal panels, and enclosures.
- Cutting of complex shapes and precision parts.
Construction
- On-site cutting of steel beams, metal pipes, and plates for buildings and bridges.
- Fabrication of metal support structures.
Shipbuilding and Marine
- Cutting of thick steel plates for ships, boats, and offshore structures.
- Used for metal repairs in shipyards.
Art and Design
- Decorative metal art, signage, and custom patterns.
- Creating intricate designs in sheet metal with precision.
Maintenance and Repair
- Industrial maintenance teams use plasma cutters for quick metal repair.
- Ideal for on-site repair work, saving time on material preparation.
HVAC and Plumbing
- Cutting ductwork, piping, and metal fittings for installation and repair.
Prototyping and Workshops
- Rapid cutting of metal prototypes.
- Common in mechanical workshops and educational labs.
More questions buyers ask
What is an air plasma cutting machine?
An air plasma cutting machine uses a high-velocity jet of ionized gas (plasma) to cut through electrically conductive materials like steel, stainless steel, and aluminum.
What are the key advantages of using a plasma cutter?
Plasma cutters offer high cutting speeds, precision, minimal heat-affected zones, and the ability to cut various conductive metals efficiently.
Can this machine cut stainless steel?
Yes, the JK Air Plasma Cutting Machine is designed to cut conductive metals, including mild steel, stainless steel, aluminum, and copper alloys.
Does it require special gases?
No, these machines operate using standard compressed air, making them cost-effective and easy to maintain.
What is the maximum cutting thickness?
Depending on the model (CUT 80, 100Y, or 120), these machines can cut thicknesses ranging from 12mm to 45mm in a single pass.
Is this plasma cutter portable?
Yes, the JK series is designed with a compact, portable form factor suitable for both workshop and on-site industrial applications.
What power supply is required?
The machines support universal input options, typically single-phase 220V for smaller models and three-phase 380V for larger industrial units.
What is IGBT technology?
IGBT (Insulated Gate Bipolar Transistor) technology provides efficient, reliable power conversion, ensuring a stable arc and energy-efficient operation.
Are consumables easily available?
Yes, these machines are compatible with standard plasma consumables like electrodes, nozzles, and shields.
Is there a warranty provided?
Yes, all Parda Machine Tools equipment comes with standard manufacturer warranty support.
Who should choose the Cut 80 model?
The Cut 80 is ideal for workshops needing a reliable, integrated compressor solution for medium-duty fabrication tasks.
Who should choose the Cut 100Y model?
The Cut 100Y is best for users requiring higher amperage and the convenience of an inbuilt compressor for versatile cutting needs.
Who should choose the Cut 120 model?
The Cut 120 is designed for heavy-duty industrial fabrication where maximum cutting thickness and high-speed performance are required.
How does Cut 80 compare to Cut 120?
Cut 80 is a mid-range portable solution with an integrated compressor, while Cut 120 offers higher amperage (120A) for thicker, heavy-duty industrial cutting.
Which model is best for on-site construction?
The Cut 80 is often preferred for on-site work due to its integrated compressor, reducing the need for external equipment.
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Full description
The JK Air Plasma Cutting Machine delivers precise plasma cutting for fabrication tasks. This model integrates an internal air compressor, eliminating the need for external pneumatic equipment and simplifying setup. • Current: 80A • Model: Cut 80 • Phase: 1+2+3 Phase combined • Portable design with built-in compressor