Automated 3D Cutting
G90S SeriesAuto 3D Tube Laser
G90S is the automated 3D tube laser for φ≤85mm. Integrated auto-loading, 3D cutting, and auto-unloading in one cell. Designed for lights-out production of complex tube assemblies.
Performance Metrics
Key specifications visualized for quick comparison
Technical Specifications
Quality Certifications
Performance Benchmarks
How the G90S Series performs against industry standards.
Precision
Industry max: 0.1mm
Speed
Industry max: 150m/min
Power
Industry max: 15000W
Utilization
Industry max: 100%
Product Overview
The G90S takes the G70's 3D capability and wraps it in full automation. The integrated loading magazine holds up to 4 tons of raw tube. The 3D cutting head processes complex geometries while the auto-unloader sorts finished parts by program. It is the endgame for high-mix, high-volume 3D tube production.
Fully automated 3D tube cell
4-ton loading capacity
50-program batch queue
Technical Specifications
Complete G90S Series specifications
Core Parameters
Extended Parameters
Core Features
Every feature is engineered with a name, a purpose, and measurable impact — the TRUMPF-inspired approach to systematic innovation.
Integrated Automation
4-ton loading magazine, auto-feed, and auto-unload — true lights-out capability.
Auto-Part Sorting
Vision-guided sorting separates finished parts by program and size.
3D + Automation
Full 3D cutting capability with zero manual handling — from raw tube to sorted part.
Production Scheduling
Queue up to 50 programs — the machine runs them sequentially without operator intervention.
Trusted by Manufacturers Worldwide
Real results from real production lines.
“The G Series has transformed our capillary tube production. We achieved ±0.03mm precision consistently across 100,000+ parts.”
Production Director
Automotive Tier-1 Supplier · Automotive
Industry Applications
Quality & Certifications
Ready to Upgrade Your Production?
Get a customized quote for the G90S Series. Our engineering team will analyze your requirements and recommend the optimal configuration.