CNC Hypertherm Plasma Cutting Machine With Flame Cutting Torch

Combining Hypertherm plasma cutting technology with oxy-fuel flame cutting capability on a single CNC platform creates the most versatile metal cutting solution available for fabrication shops. At iGoldenLaser, we recognize that different materials, thicknesses, and applications demand different cutting processes. Our CNC dual-process machines equipped with industry-leading Hypertherm plasma systems and integrated flame cutting torches provide fabricators the flexibility to tackle any cutting challenge efficiently and economically.

What Is a CNC Hypertherm Plasma Cutting Machine With Flame Cutting Torch?

A desktop plasma cutting machine with the main value of the company, the price is relatively high, and it is a machine with the largest sales.This desktop plasma cutting machine is start-up, and can quickly recover costs, and can increase their revenue in late period.

A CNC Hypertherm Plasma Cutting Machine with Flame Cutting Torch combines a computer-controlled cutting table with advanced Hypertherm plasma power supplies and optional flame (oxy-fuel) torches. This hybrid setup allows a workshop to:

• Plasma cut metal with high precision — excellent for mild steel, stainless steel, and aluminum.

• Use flame cutting (oxygen/fuel) for thicker steel where plasma may be less efficient.

• Automate cutting paths using CNC software, which improves accuracy, repeatability, and productivity compared to manual cutting.

When to Use Plasma Cutting

Thin to Medium Materials: Plasma cutting dominates applications involving materials under 30mm thickness. Speed advantages over flame cutting are substantial—plasma cuts 3-10x faster depending on material and thickness. For high-volume production of sheet and plate, plasma delivers unmatched productivity.

Stainless Steel and Aluminum: Plasma excels with stainless steel and aluminum where flame cutting is impractical or impossible. Clean, oxide-free cuts preserve material properties critical for corrosion resistance and appearance. Aluminum cutting, impossible with oxy-fuel, is routine with plasma.

Precision Requirements: When tight tolerances, minimal heat-affected zones, and superior edge quality matter, plasma cutting delivers. The concentrated arc produces narrow kerf widths and precise cuts ideal for parts requiring minimal secondary machining.

Production Speed: Time-critical projects benefit from plasma’s rapid cutting speeds and minimal setup requirements. Quick piercing, fast traverse speeds, and efficient processing maximize throughput for deadline-driven fabrication.

When to Use Flame Cutting

Thick Plate Applications: For materials exceeding 30mm thickness, flame cutting often proves more economical than plasma. While slower, oxy-fuel cutting handles extreme thicknesses up to 300mm+ that challenge even high-power plasma systems. Structural steel fabrication, shipbuilding, and heavy equipment manufacturing frequently require this thick-plate capability.

Carbon Steel Optimization: Flame cutting produces excellent edge quality in carbon steel, particularly in thicker sections. The preheating nature of oxy-fuel cutting can actually improve edge properties in some applications, creating edges ideal for welding without additional preparation.

Economical Operation: For thick materials, flame cutting’s lower operating costs provide compelling advantages. Oxygen and fuel gases cost substantially less than plasma consumables and electricity for equivalent thick-plate cutting. When production volumes don’t justify high-power plasma investment, flame cutting delivers acceptable results economically.

Features

• The desktop plasma cutting machine is designed with high rigid design, and the internal stress is fully eliminated by secondary aging. The machine’s accuracy is stable until the machine is unchanged to ensure the accuracy of the whole machine.
• Take the Taizhou Baida stepper motor, the planetary reducer. SBR linear guides ensure the cutting speed and operation of the whole machine.
• With a gantry structure, bilateral drives. Good dynamic performance, stable cutting operation.
• The machine tool beam is designed with low gravity, and the overall aluminum alloy is cast. Through finite element analysis, it is better to tell the operation in the operation, which greatly improves the cutting accuracy of the whole machine.
• Professional CNC cutting software, easy to learn, easy to use, reduce operator requirements, greatly improve work efficiency. With professional software, instant machining of various graphics and text can be implemented. Simple, flexible, and convenient to use.

Why Hypertherm Plasma Technology

Industry-Leading Performance: Hypertherm has earned its reputation as the global standard in plasma cutting through decades of innovation and reliability. Their systems deliver superior cut quality, exceptional consumable life, and unmatched reliability that fabricators worldwide depend upon. When you specify Hypertherm, you’re choosing proven technology backed by comprehensive support.

Advanced Consumable Technology: Hypertherm’s patented consumable designs achieve industry-leading service life, dramatically reducing operating costs. Their consumables feature precision engineering that maintains cut quality throughout extended operational periods. Longer consumable life means fewer production interruptions and lower per-part costs.

Cut Quality Excellence: Hypertherm plasma systems produce square, smooth edges with minimal dross across extensive thickness ranges. Advanced arc control technology minimizes angularity and maintains perpendicularity even at high cutting speeds. This quality often eliminates secondary edge preparation, accelerating production and reducing labor costs.

Process Optimization: Hypertherm’s proprietary technologies including Vented Water Injection, Conical Flow, and True Hole capability optimize cutting for specific applications. These innovations deliver cleaner cuts, longer consumable life, and expanded capability compared to conventional plasma systems.

Comprehensive Power Range: From economical Powermax systems for thin materials through industrial-grade XPR series for heavy plate, Hypertherm offers solutions matched precisely to application requirements. This range ensures you invest in appropriate capability without overpaying for unnecessary power.

Applicable

Applicable material:

Cutting on Iron Plate, Aluminum sheet, Galvanized Sheet, Stainless,Titanium plates etc.

Applicable industries:

Cars, motorcycles, pressure vessels, chemical machinery, nuclear industry, general machinery, engineering machinery, steel structure, shipbuilding and other industries.

The iGoldenLaser Complete Solution

We provide turnkey CNC plasma/flame cutting systems including machine installation, Hypertherm plasma system integration, operator training, and comprehensive technical support. Our applications engineers help optimize cutting parameters for your specific materials and quality requirements, ensuring maximum productivity from day one.

Beyond equipment delivery, we maintain parts inventory, provide consumable sourcing, offer process optimization assistance, and support your operation throughout the equipment lifecycle. Your success is our priority—we’re partners in your fabrication operation, not just equipment suppliers.

Conclusion

CNC Hypertherm plasma cutting machines with integrated flame cutting capability represent the ultimate flexible cutting solution for modern fabrication shops. The combination delivers Hypertherm’s industry-leading plasma performance for speed and quality alongside economical flame cutting for thick plate applications. This versatility optimizes productivity and cost-effectiveness across diverse job mixes while minimizing floor space and capital investment. Whether you’re establishing new cutting capacity or upgrading existing equipment, dual-process systems with Hypertherm technology position your operation for sustained competitive success. Partner with iGoldenLaser to implement world-class cutting capability that adapts to your evolving business requirements.