Horizontally Mounted Lathe Fiber Laser Metal Cutting Machine Fully Automatic Loading

Fully-automatic Loading Core: End-to-end auto conveying/alignment/clamping/unloading (cuts total cycle time by 50% vs. semi-auto); QH-GZ for heavy thick tubes, QH-GS-6012 for compact-space multi-thickness use.​

Shared & Variant Specs: Φ15-500mm round/15×15-500×500mm square tubes (5500-6500mm length, ±0.03mm accuracy); QH-GZ: 6000W-20KW/2T/9620×2950×2080mm; QH-GS-6012:1500W-20KW/1.7T/8500×1380×2050mm.​

Fit: High-volume batch processing (pipelines/machinery); fully auto loading eliminates manual lifting/inconsistency.

Fully-automated Workflows Slash Cycle Time: Unlike semi-auto loaders that require manual handoff for unloading, the system completes “feed-align-cut-unload” in one loop. For a batch of 100×6500mm Φ300mm round tubes, QH-GZ cuts total processing time from ~4 hours (semi-auto) to ~1.8 hours—critical for meeting high-volume orders. The auto-unloading also eliminates bottlenecks from manual material handling, boosting daily throughput by 60%-70%.​

Heavy Tube Handling Reduces Labor Risks: QH-GZ’s Fully-automatic Loading system handles tubes up to 150kg/m (e.g., 25mm-thick carbon steel pipes) via motorized rails and hydraulic clamps, eliminating manual lifting (which reduces worker injury risk by 90%+). This contrasts with semi-auto setups where 2-3 workers are needed for heavy tube positioning—cutting labor costs by 50%-60% for 24/7 operations.​

Consistent Alignment Boosts Precision & Yield: The fully automated alignment system uses laser positioning to calibrate tubes within ±0.02mm (matching the machine’s ±0.03mm accuracy), avoiding manual alignment errors (common in semi-auto setups) that cause 8%-12% scrap rates. For high-precision pipeline components, this ensures every cut tube meets weld-joint tolerances, reducing rework by 85% and scrap costs by 40%-50%.​

Variant-specific Loading Adaptability Fits Diverse Needs: QH-GS-6012’s compact Fully-automatic Loading mechanism uses a foldable conveying arm, fitting workshops with 9m-length limits (vs. QH-GZ’s 9.6m footprint) while still handling full 6500mm tubes. QH-GZ’s reinforced loading system, meanwhile, pairs with its 6000W-20KW power to process thick-wall tubes in one pass—no need for secondary cutting, unlike machines with underpowered lasers or manual loading that require multiple setups.