High Efficiency Compact Fiber Laser Cutting Machine Precise 2kw Fiber Laser Cutter

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xName | Precision Fiber Laser Cutting Machine | Model | TM-T600 |
---|---|---|---|
Working Size | 600x600mm | Laser Source | Fiber Laser 1064nm |
Laser Power | 1500W/2000W/3000W | Cooling Method | Water Cooling |
Control System | Au3tech | CCD Edge Patrol Cutting Function | Optional |
Positioning Accuracy | 0.02mm | Repet.Positioning Accuracy | 0.01mm |
Max.Speed | ≤400mm/s | Working Table | Clamping Table Surface |
Power Supply | 220V,50/60Hz | File Format | AI, PLT, DXF, BMP, Dst, Dwg, LAS, DXP |
Dimensions | 1700x1300x1650 Mm | Cutting Materials | Stainless Steel Plates, Low-carbon Steel Plates, Carbon Steel Plates, Alloy Steel Plates, Spring Steel Plates, Iron Plates, Galvanized Iron, Galvanized Plates, Aluminum Plates, Copper Plates, Brass Plates, Bronze Plates, Gold Plates, Silver Plates, Titaniu |
Highlight | High Efficiency 2kw Fiber Laser Cutter,Precise 2kw Fiber Laser Cutter,Precise Compact Fiber Laser Cutting Machine |
- Widely used in precision electronics, jewelry, hardware, watches and other industries
- Processes metals including carbon steel, aluminum alloy, stainless steel and high-reflective materials with exceptional accuracy
- Laser power options from 500W to 6000W for cutting various materials including carbon steel, stainless steel, galvanized plate, aluminum alloy, brass, and copper
- Heavy-duty welded steel bed with annealing treatment for enhanced stability and durability during cutting operations



- Precision Drive Mechanism: Ball screw technology ensures micron-level positioning accuracy for superior machining tolerances
- Superior Beam Characteristics: Focused spot diameter below 20μm delivers exceptional edge quality and material efficiency
- Enhanced Productivity: Operates 200-300% faster than conventional CO₂ lasers of equivalent power
- Reliability Engineered: Premium-grade fiber laser sources with components rated for ≥100,000 operational hours
- Energy-Efficient Design: Achieves 25-30% electro-optical efficiency, reducing power consumption
- Reduced Service Requirements: All-fiber beam delivery eliminates traditional mirror alignment needs
- User-Centric Workflow: Plug-and-play fiber optic transmission simplifies setup and operation

To guarantee smooth operation and equipment upkeep, Temei provides comprehensive technical support and related services. Our professional team of seasoned technicians and engineers offers prompt assistance and expert guidance for all technical inquiries.
Each Fiber Laser Cutting Machine is meticulously packaged for safe transportation. Machines are tightly wrapped with protective foam and secured in robust wooden cases for maximum protection during shipping.
We partner with reliable courier companies for timely delivery to your location. Shipment tracking details are provided, allowing you to monitor your order throughout the shipping process.
A fiber laser is a special type of solid state laser, typically optically pumped by coupling diode laser radiation into the fiber core or cladding. Double clad fibers are often used to achieve higher output power.
Fiber lasers can cut all kinds of metal including Stainless Steel, Carbon Steel, Mild Steel, Galvanized Steel, Aluminum, and copper.
IPG (Made in USA), Raycus (Made in China), and Maxphotonics (Made in China).
Laser Source | Fiber Laser | YAG Laser | CO2 Laser |
---|---|---|---|
Beam Quality | Best | Good | Poor |
Speed | Fast | Slow | Slow |
Electrical Efficiency | High | Common | Low |
Reliability | Best | Good | Poor |
Maintenance | Free | Complex | Difficult |
Remote Processing | Free | Complex | Difficult |
Initial Investment | High | Common | Low |
- Excellent beam quality from condensed fiber beam
- Compact design with high electrical and optical efficiency
- Robust and reliable operation with high brightness semiconductor pump light
- Maintenance-free fiber setup without lenses or mirrors
Fiber lasers are specifically designed for cutting metals including stainless steel, carbon/mild steel, and galvanized steel. They are not suitable for non-metal materials.