Composite Material Laser Heating Equipment GR-2000LH from China Suppliers | Innovative Factory Solutions for Aerospace and Automotive
Product Details
Equipped with an intelligent multi-axis robotic platform, the system achieves exceptional maneuverability for complex geometries. The synchronized axes (6-10 configurable options) enable omnidirectional laser positioning, ensuring uniform energy distribution on curved surfaces, helical paths, and asymmetric profiles. This eliminates thermal gradients while maintaining ±0.5°C temperature stability across entire workpieces.
Our scalable architecture supports components from 2m to 10m in length, ideal for wind turbine blades, pipeline sections, rocket fairings, and automotive drive shafts. The modular laser array adapts to varying lengths through automatic beam overlapping compensation, guaranteeing consistent heat flux density regardless of workpiece dimensions.
Integrated infrared thermography and closed-loop PID control maintain surface temperatures within 1°C deviation during dynamic operations. This is critical for carbon fiber curing cycles, thermoplastic welding, and ceramic coating processes where thermal consistency determines structural integrity.
Patented variable-spot technology automatically adjusts laser focus from 5mm to 200mm diameters, optimizing energy density for different material thicknesses and layup configurations. Combined with programmable scanning patterns, this ensures complete coverage on large-diameter pipes (>3m Ø) without repositioning.
Ideal for manufacturing next-generation composite structures requiring repeatable, large-area thermal management, this system sets new benchmarks in precision, scalability, and process control. Customizable configurations available for specialized applications in satellite components, hydrogen storage tanks, and high-pressure fluid systems.
Product Characteristics
- 6-10 axis linkage motion mode
- 2-10 meter molding range
- Suitable for constant temperature heating of long axis and tube products
Product Parameters
| Composite material laser heating equipment GR-2000LH | |||
|---|---|---|---|
| Model | GR-3000LWA | GR-4000LWA | GR-6000LWA |
| Laser Power | 3kw | 4kw | 6kw |
| Fiber System | 600μm，20m | 1000μm，20m | 1000μm，20m |
| Laser Quenching lens | GR60LQ | GR60LQ | GR60LQ |
| Spot width | 5-30mm | 5-40mm | 5-60mm |
| Electrical system | Siemens1500 | Siemens1500 | Siemens1500 |
| Motion system | Robot+Positioning machine | Robot+Positioning machine | Robot+Positioning machine |
| Auxiliary systems | Closed-loop control system for constant temperature heating | Closed-loop control system for constant temperature heating | Closed-loop control system for constant temperature heating |
Line of Production
Frequently Asked Questions
Q: What is the motion range and configuration of this laser heating equipment?
The system features a 6-10 axis linkage motion mode with a customizable molding range of 2 to 10 meters, making it ideal for processing long axis and tube-shaped products.
Q: How does the system ensure temperature stability during dynamic operations?
Through integrated infrared thermography and a closed-loop PID control system, the equipment maintains surface temperatures within a 1°C deviation, ensuring overall temperature stability of ±0.5°C across the workpiece.
Q: What is the advantage of the patented variable-spot technology?
The variable-spot technology automatically adjusts the laser focus from 5mm to 200mm in diameter, optimizing energy density for various material thicknesses and configurations without manual repositioning.
Q: What are the primary power configurations available for this system?
The system is available in three main models: GR-3000LWA (3kW), GR-4000LWA (4kW), and GR-6000LWA (6kW), adapting to different processing speeds and material requirements.
Q: Which industries and applications benefit most from this laser heating system?
It is highly suited for carbon fiber curing, thermoplastic welding, and ceramic coating in industries producing wind turbine blades, rocket fairings, satellite components, and hydrogen storage tanks.