Industrial Laser Composite Material Heating System for Continuous Temperature Processing
Presentation of the equipment's characteristics
The GSTLH2000 Automatic Laser Composite Material Heating System is a high-performance laser thermal processing solution specifically developed for precision heating, temperature-controlled processing, composite material manufacturing, and long-axis component production. The system combines high-power fiber laser technology, industrial robotic automation, intelligent temperature control, and precision motion control to provide stable, repeatable, and energy-efficient thermal processing for demanding industrial applications.
Designed for complex three-dimensional geometries and extra-long workpieces, the system supports configurable multi-axis robotic motion, enabling accurate laser positioning over curved surfaces, asymmetric profiles, and continuous tubular structures. It delivers highly uniform heat distribution while maintaining exceptional temperature stability throughout the entire processing cycle.
The intelligent closed-loop temperature control system continuously monitors and adjusts laser output in real time, ensuring consistent heating quality while minimizing thermal fluctuations. Variable laser spot technology automatically adapts to different material thicknesses and processing requirements, providing optimized energy density and excellent thermal uniformity.
GSTLH2000 is widely used in composite material curing, thermoplastic welding, precision surface heating, heat-assisted forming, carbon fiber processing, ceramic coating preparation, and other advanced thermal manufacturing applications requiring accurate temperature management and repeatable production quality.
Its modular architecture allows flexible customization for various industrial automation environments, making it suitable for both standalone production cells and fully integrated intelligent manufacturing lines.
Intelligent Multi-Axis Motion Control
Supports configurable 6–10 axis coordinated motion, providing outstanding flexibility for complex surfaces, long components, tubular structures, and large composite workpieces.
High-Precision Constant Temperature Control
Integrated infrared temperature monitoring and intelligent closed-loop control continuously regulate laser output to maintain stable surface temperature throughout the heating process.
Uniform Heat Distribution
Advanced laser beam control ensures homogeneous thermal distribution across the entire processing area, reducing thermal gradients while improving product consistency.
Adjustable Laser Spot Technology
Variable laser spot sizes automatically adapt to different component geometries and material thicknesses, optimizing energy utilization and processing efficiency.
Large Workpiece Capability
Designed for long-axis components from approximately 2 to 10 meters, making it suitable for oversized industrial parts requiring continuous thermal processing.
Excellent Temperature Stability
Real-time process control minimizes temperature fluctuation during dynamic robotic movement, ensuring repeatable heating quality for high-value components.
Flexible Automation Integration
Compatible with industrial robots, positioning systems, automated production lines, and intelligent manufacturing systems for fully automated operation.
High Energy Efficiency
Laser heating concentrates energy precisely where required, reducing overall energy consumption while minimizing unnecessary heating of surrounding materials.
Modular System Architecture
The scalable platform supports customized laser power configurations, robotic layouts, motion systems, and automation options to satisfy various production requirements.
Wide Industrial Applications
Suitable for composite material processing, carbon fiber manufacturing, thermoplastic welding, precision surface heating, heat-assisted forming, advanced thermal processing, and other industrial temperature-controlled manufacturing applications.
| Item | Specification |
|---|
| Model | GSTLH2000 |
| Laser Type | Fiber Laser |
| Laser Power Options | 3 kW / 4 kW / 6 kW |
| Fiber Delivery System | 600 μm or 1000 μm Fiber Core, 20 m Fiber Cable |
| Laser Heating Optics | Precision Laser Heating Optics |
| Laser Spot Width | 5–30 mm / 5–40 mm / 5–60 mm (depending on laser configuration) |
| Temperature Control | Intelligent Closed-Loop Constant Temperature Control |
| Temperature Monitoring | Infrared Temperature Feedback System |
| Motion System | Industrial Robot + Precision Positioning System |
| Axis Configuration | 6–10 Axis Coordinated Motion (Configurable) |
| Processing Length | Approximately 2–10 m Workpieces |
| Applicable Materials | Composite Materials, Carbon Fiber Composites, Thermoplastic Composites, Engineering Materials |
| Typical Applications | Composite Material Heating, Carbon Fiber Curing, Thermoplastic Welding, Surface Heating, Heat-Assisted Forming, Thermal Processing |
| Laser Heating Mode | Continuous Constant Temperature Heating |
| Electrical Control System | Siemens S7-1500 PLC |
| Human Machine Interface | Industrial Touch Screen HMI |
| Control Software | Intelligent Process Control Software |
| Heating Uniformity | High Uniformity with Intelligent Beam Control |
| Production Mode | Continuous Industrial Operation |
| Automation Level | Fully Automatic |
| Cooling System | Industrial Water Cooling System |
| Power Supply | AC 380 V ±10%, 50/60 Hz, Three-Phase |
| Optional Configurations | Vision Positioning, Automatic Loading & Unloading, Customized Fixtures, Extended Linear Track, Remote Monitoring, MES/ERP Integration |
| Industrial Applications | Aerospace Composites, Automotive Components, Energy Equipment, Pressure Vessels, Tubular Products, Advanced Composite Manufacturing |
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