The DT-LC13030M-20000W Ground Rail Type Large Format Fiber Laser Cutting Machine represents the pinnacle of high-performance, high-precision laser processing technology. This sophisticated equipment projects a laser generated high-density beam, which focuses intensely to melt the surface of the workpiece. Coupled with high-pressure gas, the molten metal is efficiently blown away, forming precise slits and achieving impeccable cutting results.
The DT-LC13030M-20000W Ground Rail Type Large Format Fiber Laser Cutting Machine is meticulously engineered with a main bed, beam, laser, water cooler, and cutting components. These features deliver unmatched performance advantages:
- Capable of flawlessly cutting a variety of geometric shapes;
- User-friendly operation with a comprehensive process library;
- Expansive cutting format, accommodating up to 3x13 meters vertically for seamless loading and unloading;
- Ensures a smooth cutting surface with extraordinary accuracy;
- Independently housed bed and material table to prevent heat-induced distortions, guaranteeing long-term precision;
- Expertly designed high-power dust removal system, ensuring a dust-free environment and compliance with workshop air quality standards;
- Optional customer-made track foundation and cutting table for cost efficiency.
This machine is pivotal in industries requiring medium to thick plate cutting, including construction machinery, wind power manufacturing, agricultural machinery, steel structures, hardware, medical equipment, automotive, shipbuilding, and aviation..
| Technical parameters: |
|
| Model |
DT-LC13030M-20000W |
| Laser power |
20000W Optional 12000W or 30000W |
| Rail Span |
5,000mm |
| Rail length |
16,000mm |
| Effective cutting width |
≤3,000mm Optional 4000mm or 5000mm |
| Effective cutting length |
≤13,000mm Optional 26000mm |
| Laser cutting materials |
Mild steel / Stainless steel |
| Max thickness (straight ) |
Mild steel ≤50mm (O2 0.3-0.5m/min)
Stainless steel≤40mm(Air 0.5-0.6m/min) |
| Mass production(straight ) |
Mild steel≤40mm (O2 0.6-0.8m/min)
Stainless steel≤30mm(Air 1.0-1.3m/min) |
| X/Y max speed |
50 m/min |
| X/Y max acceleration |
0.6 G |
| X/Y Positioning Accuracy |
0.05mm/M |
| X/Y Repetitive positioning Accuracy |
0.03mm/M |
| Phase number |
3 Phase |
| Rated supply voltage |
380V±5% |
| Frequency |
50HZ |
| Total power supply protection class |
IP54 |
| HS Code |
8456110090 |
| |
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| Technical items: |
|
| Fiber laser source |
MAX 20000W Optional Raycus |
| CNC controller & software |
FSCUT 8000 |
| Laser head with auto focus |
MAX Optional FSCUT BLT640 or Raytools or German Precitec |
| High precision auto tracking sensors |
FSCUT controller system |
| Cooling system |
HANLI HL-20000 |
| X/Y/Z motion servo |
INOVANCE * 3 sets |
| X/Y motion gear box |
Japanese SHIMPO * 3 sets |
| Linear guide |
TAIWAN SHAC |
| High power regulated power |
SBW-150KVA |
| Software |
CYPNEST |
| Steel rails |
Heavy duty 43KG grade high precision |
| |
|
| Optional(Prepared by customer) |
|
| Dust extraction system |
|
| Gas supply |
Compressed air:Laser exclusive, four level precision filtration, oil-free and anhydrous 1.6MPa
Oxygen:Recommend liquid oxygen 0.2-0.7MPa
Nitrogen:Recommend liquid nitrogen 2~2.4MPa |
| H steel+material table+air duct |
4016/effective 3X13 meters/ground rail gantry laser |
1. Isolation of Cutting Heat Effects:
The material table is ingeniously separated from the longitudinal guide rail, effectively preventing heat transfer between the cutting zone and the longitudinal track area. This ensures unparalleled transmission accuracy, making it a standout choice for high-precision tasks.
2. High Precision Heavy Rail:
Unlike traditional plasma rails, our vertical guide rails boast superior machining accuracy and selection levels, offering a transformative experience in precision engineering.
3. Vertical Installation Accuracy:
The straightness, measured by a single-side collimator of the ground rail, is an impressive ≤ 0.2mm/20m. The parallelism on both sides is marked at ≤ 0.3mm, while the parallelism between the longitudinal rack and the track is a remarkable ≤ 0.03mm.
4. Horizontal Installation Accuracy:
Our horizontal single linear guide rail collimator achieves a straightness of ≤ 0.03mm, with the parallelism of upper and lower linear guide rails also at a precise ≤ 0.03mm.
5. Transmission Configuration:
Equipped with a high-power servo and 140 high-torque reducer longitudinally, combined with high-precision helical gear racks, it guarantees exceptional transmission performance.
6. Security Protection:
The bed features safety gratings both front and back. An emergency stop alarm is triggered within the grating area to prevent risks of misoperation and collisions, ensuring maximum safety.
7. Dust Removal Structure:
Our blow suction dust removal device, along with a professionally designed material rack structure, effectively absorbs smoke and dust in the cutting area, significantly improving the working environment.
8. Gas Circuit Configuration:
The 10000 watt class gas circuit is fitted with high-precision filters. Main components are sourced from top brands like American Jiemai sensors, American PARKER solenoid valves, Japanese SMC proportional valves, and German LANNY high-pressure proportional valves.
9. Short Delivery Time:
Our standard model, with a width of 3-6 meters, is available for long-term stocking. With longitudinal on-site splicing, we control delivery times within a mere 20-25 days.
10. Convenient Rail Installation:
The system can be installed in parallel with multiple lasers or flame plasma cutting machines, offering remarkable flexibility.
11. Short Installation Cycle:
On-site installation of tracks takes just 3-5 days, saving a substantial 6-8 days, streamlining the process significantly.
12. Convenient Demolition:
Should customers need to change the installation position on-site, the process is streamlined with minimal workload and a shorter cycle, ensuring minimal disruption to production and reducing relocation costs effectively.
The Chuangxin Laser 6000W-30000W multi-mode continuous laser system is a marvel of modern engineering. Featuring a sophisticated water-cooling method and a compact, modular design, this highly integrated system promises maintenance-free operation and unparalleled reliability. Its laser power is continuously adjustable, boasting impressive electro-optical conversion efficiency, exceptional beam quality, and unmatched stability. Ideal for a myriad of applications such as thick plate laser cutting, laser welding, laser cladding, and surface heat treatment.
High Power and Superior Quality Laser Output
Featuring unparalleled electro-optic conversion efficiency, this machine ensures a flat energy distribution across the spot with high energy density.
Ensures Uniform Distribution of Spot Energy
Designed to minimize welding spatter, it provides a stable cutting capacity even for thick plates.
Outstanding Performance and Robust Processing Capability
Delivers impeccable cutting results, adept at slicing through thicker sheets while offering heightened efficiency for thinner materials.
Compact Design, Maintenance-Free Operation
Built with a modular design, this highly integrated system ensures stable operation with minimal faults.
Wide Range of Applications
Versatile and adaptable, suitable for welding and cutting tasks across industries such as hardware, medical, automotive, shipbuilding, aviation, and engineering machinery.
Focusing mirror temperature monitoring provides real-time feedback on lens status, quickly detecting any contamination.
Monitors ambient temperature around the focusing mirror, effectively preventing overheating.
Tracks the cutting head cavity temperature to ensure high temperatures do not compromise optics and cutting efficiency.
Monitors internal chamber humidity, preventing condensation that could impair the cutting head.
Ensures chamber pressure and sealing reliability.
Protective lens temperature monitoring delivers quick feedback upon contamination detection.
Cutting pressure monitoring regulates gas flow during cutting, preventing quality issues due to air pressure inconsistencies.
Capacitive monitoring maintains optimal distance between the workpiece and the nozzle.
Environmental temperature monitoring around the sensor head ensures consistent temperature control.
Tracks cutting gas temperature, preventing high temperatures from degrading cutting quality.
The FSCUT8000 system is a premium, intelligent bus system tailored for ultra-high power fiber lasers of 12KW and above. Renowned for its stability, reliability, easy deployment, and safe operation, it offers a wealth of functionalities and exceptional performance. Supporting modular, personalized, automated, and information-based solutions, this system stands as one of the most advanced and specialized laser cutting systems available on the market today.
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