| Brand Name: | QIHAI |
| Model Number: | QH-GS |
| MOQ: | 1 Set |
| Price: | Negotiable |
| Payment Terms: | T/T |
| Supply Ability: | 100 Set/month |
Standard Model Core Traits: Side-mounted structure + no automatic loading/unloading (simplified, cost-effective design); focused on routine tube cutting needs.
Key Specs: Φ15-500mm (round tube)/15×15-500×500mm (square tube) cutting diameter, 5500-6500mm tube length, 1500W-20KW laser power, ±0.03mm accuracy, 1.7T weight, 8500×1380×2050mm dimensions.
Fit: Routine round/square tube processing; workshops with manual/semi-automated operations (construction/furniture).
| Model | QH-GS-6012 |
|---|---|
| Cutting Diameter | Round Tube: Φ15-500mm Square Tube: 15*15mm to 500*500mm |
| Tube Length Capacity | 5500-6500mm |
| Machine Weight | 1.7T |
| Dimensions (L*W*H) | 8500*1380*2050mm |
| Laser Power Range | 1500W-20KW |
| Positioning Accuracy | ±0.03mm (X/Y-axis) |
| Repositioning Accuracy | ±0.03mm (X/Y-axis) |
| Compatible Tube Types | Round Tube / Square Tube |
Standard Design for Cost & Operational Efficiency: As a standard model, it omits complex automatic loading/unloading components—reducing initial purchase costs by 20%-30% compared to automated variants. The simplified structure also lowers maintenance needs (no need to service feeding mechanisms) and shortens operator training time, making it easy to integrate into existing manual workflows.
Perfect Match for Routine Tube Sizes: The standard model is calibrated to cover the most common tube dimensions (Φ15-500mm round, 15×15-500×500mm square) and types (round/square)—eliminating the need for specialized upgrades for daily processing. Businesses can handle 90% of routine tasks (e.g., cutting structural tubes for construction, frame tubes for furniture) without investing in multiple machines.
Side-mounted Convenience + Reliable Standard Precision: Its side-mounted layout aligns with standard manual loading habits, allowing operators to position tubes easily without awkward maneuvering. Paired with ±0.03mm positioning/repositioning accuracy, it meets the precision requirements of standard tube applications (no need for ultra-high tolerance adjustments), ensuring consistent clean cuts and minimizing scrap rates for routine production.