HSG Thermoforming & Processing systems deliver precision, efficiency, and versatility with 3D five-axis fiber laser technology, ideal for cutting diverse materials in demanding industrial applications.
HSG’s Thermoforming & Processing systems combine advanced technology with versatile functionality for complex manufacturing needs. Designed for precision and durability, they ensure consistent performance for industries handling diverse materials. These systems are ideal for high-quality output and efficient operations.
HSG offers 3D five-axis fiber laser cutting technology with a power range of 3000W-6000W. Its versatile machine design supports various materials, offering unmatched accuracy. Features like enhanced cutting precision, user-friendly interfaces, and advanced automation improve operational efficiency and ensure superior results.
HSG Thermoforming & Processing systems provide unparalleled precision, operational flexibility, and robust performance. Their innovative design reduces downtime, enhances workflow, and ensures top-tier productivity, making them an essential investment for high-demand manufacturing environments.
| Specification | Details |
|---|---|
| Model | Cell 3015G |
| Power Range | 3000W-6000W |
| Processing Format (L x W) | 3000mm x 1500mm |
| X/Y-Axis Positioning Accuracy | ±0.05mm/m |
| Cutting Capability | Stereo workpieces, auto hot-forming parts |
| Cutting Head | LA5 Five-axis Linkage, N*360° rotation, ±135° swing |
| Control System | FANUC Five-axis Linkage |
| Safety Features | Fully protective structure with interlocking doors |
| Turn Table Rotation Time | 3 seconds |
A: They support materials like carbon steel, stainless steel, aluminum, and brass.
A:These machines offer power outputs ranging from 3000W to 6000W for versatile cutting needs.
A: It provides precise, multi-angle cutting for intricate designs and challenging projects.
A: Yes, they feature intuitive controls and advanced automation for streamlined operation.
A: Absolutely, they are designed for compatibility and easy integration into industrial setups.