Dual Core Functions Improve Integrated Processing Efficiency: The combination of beveling cutting and suction cup automatic packing eliminates the need for separate beveling processing and manual packing. The beveling cutting function completes cutting and beveling in one pass, reducing processing time by 40%, while the suction cup automatic packing function cuts packing time by more than 50% compared with manual operations. The seamless connection between the two functions shortens the entire production cycle, reduces manual operation steps by 100%, and greatly improves the overall production efficiency of tube processing.
High-Precision Beveling Ensures Stable Joint Quality: The machine’s ±0.03mm positioning and repositioning accuracy, combined with the 1500W-20KW adjustable laser power, ensures consistent bevel angles and sizes for each tube, whether processing round or square tubes of different specifications. This high precision avoids welding defects caused by uneven bevels, improves the qualification rate of finished products, and meets the strict quality requirements of engineering scenarios such as pipe welding.
Suction Cup Packing Ensures Safe and Damage-Free Storage and Transportation: The dedicated suction cup device adopts a soft, wear-resistant design that stably absorbs cut tubes without scratching their surfaces or causing deformation—especially suitable for precision tubes with high surface quality requirements. During transportation and packing, the suction cup maintains stable clamping force, avoiding tube falling or collision, ensuring the integrity of the beveled edges and tube surfaces, and facilitating subsequent storage and transportation.
Strong Versatility and Cost-Efficiency: Both the beveling cutting and suction cup automatic packing functions are fully compatible with round tubes (Φ15-500mm) and square tubes (15×15-500×500mm), covering most common industrial tube specifications. Enterprises do not need to purchase separate beveling equipment or hire additional packing workers, which saves equipment investment and labor costs. The machine’s compact structure also reduces workshop space occupation, while its stable performance minimizes maintenance frequency and long-term operation costs.
