Laser Tube Cutting
VEETAL Revolutionizes Tubular Frame Fabrication
At VEETAL, we understand that the foundation of exceptional metal structures lies in precision-cut components. That’s why we’ve invested in state-of-the-art tube cutting technology, fundamentally transforming how robust frameworks are built. Our advanced capabilities deliver unmatched efficiency and strength for your projects..
VEETAL’s commitment to advanced tube cutting technology empowers our clients to build better, stronger, and faster. Whether you require complex structural frames, support systems, or custom tubular solutions, our precision cutting capabilities are your strategic advantage.
Uncompromising Precision and Speed
The cornerstone of our operation is our high-precision tube cutting systems. Equipped with fully automatic loading systems, these machines excel at processing tubing up to 120mm in diameter . Engineered for exceptional accuracy and high efficiency , they ensure every cut meets stringent specifications, batch after batch. This eliminates manual handling bottlenecks and guarantees consistent, flawless results.
Dramatically Enhanced Fabrication Efficiency
The impact of VEETAL’s cutting technology is profound:the efficiency of creating metal tubing frameworks has been significantly elevated. What once required complex setups and extensive labor time is now streamlined. Our automated precision cutting drastically reduces production lead times, allowing you to move from design to finished frame assembly faster than ever before. This efficiency gain translates directly into cost savings and faster project completion for our clients.
Engineered for Superior Strength
Beyond speed and precision, VEETAL leverages the inherent advantages of tubular structures. Utilizing tubing for framework construction inherently delivers enhanced structural strength and rigidity. Our precise cutting ensures perfect fitment and optimal joint integrity, maximizing the load-bearing capacity and durability of the final assembly. This results in frameworks that are not only efficiently produced but also demonstrably more robust and reliable.