Brief: We tested it—see the highlights and what to expect in real operation. This video demonstrates the QH-GA-6012 Automatic Obstacle Avoidance Tube Laser Cutting Machine in action, showcasing how its semi-automatic loading workflow combines manual flexibility with automated efficiency. Watch as operators assist with tube placement while the machine handles automatic positioning, obstacle avoidance scanning, and precision cutting for various tube sizes and shapes.
Related Product Features:
Semi-automatic loading workflow balances manual flexibility with automated positioning, clamping, and cutting.
Handles round tubes from Φ15-500mm and square tubes from 15×15-500×500mm with lengths up to 6500mm.
Built-in obstacle avoidance system detects surface irregularities to prevent collisions during automated steps.
Features a horizontally-mounted lathe with side-mounted chuck for enhanced stability during long-tube processing.
Delivers high precision with ±0.03mm positioning and repositioning accuracy on X/Y axes.
Compatible with laser power ranging from 1500W to 20KW for versatile cutting applications.
Reduces manual labor by 50% compared to fully manual machines while maintaining setup flexibility.
Cost-effective solution offering 25%-35% lower upfront investment than full-auto systems.
FAQs:
What types of tubes can this machine process?
The QH-GA-6012 processes round tubes from Φ15-500mm and square/rectangular tubes from 15×15mm to 500×500mm, with maximum tube lengths of 5500-6500mm.
How does the semi-automatic loading system work?
Operators manually assist with initial tube placement onto the material rack, after which the machine automatically handles laser positioning, chuck clamping, obstacle avoidance scanning, and precision cutting.
What are the main advantages of semi-automatic versus fully automatic loading?
Semi-automatic loading provides greater flexibility for irregular or thick-walled tubes, reduces setup time by 60% for new tube types, costs 25%-35% less than full-auto systems, and allows operator intervention for complex workpieces while still cutting labor by 50% versus manual machines.
How does the obstacle avoidance function protect the machine?
The built-in obstacle avoidance system scans for surface irregularities during automated processing steps, detecting potential collisions and pausing operation to protect the laser head, with alerts for operator intervention when needed.