±45° Beveling Eliminates Secondary Work: Traditional tube beveling requires separate milling/grinding after cutting to achieve ±45° angles, which adds 2-3 hours per batch. The QH-GZ’s side-mounted beveling system completes cutting and ±45° beveling in one pass—for a batch of 50 6000mm×Φ300mm round tubes, this saves 100+ hours of processing time and reduces labor costs by 35%.​

Stable Beveling for Long Tubes: The side-mounted design distributes clamping force evenly along 5500-6500mm tubes, preventing tube deformation during ±45° beveling (a common issue with top-mounted bevel systems). Combined with ±0.03mm axis precision, it maintains consistent bevel depth and angle across the entire tube length—critical for heavy machinery hydraulic pipelines, where uneven bevels cause weld leaks.​

Versatile Beveling Across Tube Sizes: Unlike bevel machines limited to small-diameter tubes, the QH-GZ handles Φ15-500mm round/15×15-500×500mm square tubes with ±45° beveling. Low laser power (1500W-5KW) delivers precise bevels for small tubes (e.g., Φ15mm automotive fuel tubes), while high power (10KW-20KW) enables deep-penetration bevels for thick-wall large tubes (e.g., 500×500mm construction machinery structural tubes)—no need for multiple machines.​

Cost Savings from Beveling + Zero-tailing: The integration of ±45° beveling and zero-tailing technology creates dual cost benefits: beveling eliminates secondary processing expenses, and zero-tailing reduces tube scrap (e.g., cutting 6500mm tubes leaves near-zero residual ends, vs. 100-150mm waste with standard machines). For monthly production of 200 6000mm tubes, this saves ~300kg of metal material and $2,000+ in secondary processing costs.