2 IN 1 LASER PLASMA MACHINE
Introduction:
In today’s advanced manufacturing world, the demand for versatile, efficient, and high-precision cutting solutions is at an all-time high. To meet these evolving needs, the 2-in-1 Laser & Plasma Cutting Machine has emerged as a game-changer. This dual-function system combines the finesse of fiber laser cutting with the raw power of plasma cutting, offering unparalleled flexibility across various industrial applications.
Traditionally, workshops were forced to invest in two separate machines — one for laser and another for plasma — depending on the job. However, with the rise of hybrid solutions like the 2-in-1 laser plasma machine, businesses can now save space, reduce costs, and improve productivity, all while delivering high-quality results.
Laser cutting is known for its precision, especially in cutting thin to medium-thickness metals like stainless steel, aluminum, brass, and copper. On the other hand, plasma cutting excels in cutting thicker materials, making it ideal for heavy-duty tasks involving mild steel and structural components.
The 2-in-1 combination machine allows operators to switch between both cutting methods seamlessly, making it ideal for industries that need a broad range of metal cutting tasks handled by one powerful system. Whether you’re fabricating automotive parts, metal furniture, industrial machinery, or heavy steel structures — this machine adapts to your needs.
Features:
Heavy duty machine body
Machine structure is designed by famous mechanical professor, to add many columns for each beam, and we use heavy duty machine body, so that the machine can bear more weight for large and thick metal sheets without deforming.
Professional Industrial Computer
It can run the system program smoothly and stably in extremely cold and extremely hot conditions, so that the whole machine tool can reduce the failure. Ensure the firmness and safety of each component to the greatest extent in the working envi-ronment.
Wider Cross Beam
Anti-collision beam, combined with a heavy-duty machine body, makes cutting thick plates more stable and cutting thin plates easier. It will not affect the cutting accuracy after several years of use.
Max laser source
– Using high-energy-density laser beam, high-speed cutting processing can be achieved
– The quality of laser cutting and processing is stable, ensuring that the manufac-tured products have high consistency and reliability
– After-sales service is timely
Dual Cutting Modes
– Fiber Laser Cutting: Ensures high-speed, high-precision cuts for thinner metals with a clean finish.
– Plasma Cutting: Handles thick metals and structural steel with ease, offering fast and economical cuts.
Automatic Switching System
– Allows seamless transition between laser and plasma operations.
– Reduces downtime and manual intervention.
High Cutting Efficiency
– Faster workflow with reduced cycle times.
– Ideal for both small batch production and mass manufacturing
Sturdy Machine Structure
– Rigid steel frame ensures vibration-free performance.
– Built for long operational life even in tough environments.
Nesting Software Compatibility
– Maximizes material usage with advanced nesting.
– Reduces scrap and production costs.
Safety Systems
– Equipped with emergency stop, laser shielding, and plasma safety guards.
– Meets international safety standards.
Energy Efficient Operation
– Laser source with low energy consumption.
– Efficient fume extraction systems to maintain clean air in the workshop.
Customizable Options
– Available in different bed sizes, power levels, and configurations.
– Tailored solutions for industry-specific needs.
Integrated Dust & Fume Extraction
– Keeps the workspace clean and safe.
– Enhances machine longevity.
Benifits:
1. Space Optimization
Instead of installing two separate machines, you save workshop space with one hybrid solution. This is ideal for small-to-medium workshops where floor space is limited.
2. Cost-Effective
Buying two machines costs significantly more. With a 2-in-1 system, you reduce initial investment and ongoing maintenance costs.
3. Versatility in Material Handling
– Laser Cutting: Great for non-ferrous metals (aluminum, brass, copper) and thin stainless steel.
– Plasma Cutting: Suitable for carbon steel, structural steel, and thick materials.
4. Reduced Training Time
Operators only need to learn one interface and machine system, which simplifies workflow and training.
5. Faster Production Cycles
Use laser cutting for intricate, fast jobs and plasma for heavier jobs — all in one shift, with no setup change.
Applications:
- Metal Fabrication
– Ideal for custom jobs requiring varying thickness and material types.
– Frequently used in fabricating doors, windows, frames, grills, etc. - Aerospace and Aviation
– Delivers clean, burr-free cuts on aluminum and titanium alloys.
– Supports production of high-tolerance components. - Shipbuilding and Marine
– Plasma mode handles thick hull plates and structural parts.
– Laser mode used for internal parts requiring tighter tolerances. - Construction and Steel Structures
– Efficient for cutting beams, channels, and heavy plates.
– Reduces workload in building framework and custom parts. - Agricultural Equipment
– Produces parts for tractors, plows, and harvesters.
– Supports rapid prototyping and replacement parts. - Signage & Decorative Items
– Laser cuts intricate designs, patterns, and logos in metal.
– Widely used by signage makers for precision branding solutions. - General Manufacturing
– Applicable in factories producing machinery, electrical enclosures, HVAC parts, and more.
– Helps small to mid-size manufacturers expand capability.
Maintenance and Support
– Software Updates
Regular firmware upgrades to improve machine performance.
– Training and Support
On-site or remote operator training provided.
– Spare Parts
Readily available with a 2-year warranty and lifetime technical support.
– Safety Certifications
Machines are CE certified, meeting international standards.
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Technical Parameters:
| Model: | 3015/4020/6020 |
|---|---|
| Machine system: | EOE |
| Positioning accuracy: | ±0.02 |
| Laser power: | 1000W / 1500W / 2000W / 3000W / 4000W / 6000W |
| Maximum speed: | 70m/min |
| Cutting thickness: | 0.2–40mm |
| Machine working area: | 3000x1500mm / 4000x2000mm / 6000x2000mm |
| Rated voltage: | 380V three-phase electricity |
| Cutting accuracy: | ±0.1 |
| Plasma power: | 120A / 160A / 200A |
| Auxiliary gas: | Compressed air / nitrogen / oxygen |
| Cooling method: | Water cooling |
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