In modern fabrication shops, every second of idle time on a laser tube cutting machine directly impacts profitability. Manual loading of raw tubes—whether round, square, rectangular, or even special profiles—introduces inconsistencies, physical strain on operators, and unnecessary delays between jobs. The Laser Tube Cutting Feeder from Wanka eliminates these bottlenecks by automating the entire material handling process. Instead of relying on personnel to position and align each tube, the feeder precisely delivers one tube after another to the cutting zone, maintaining continuous operation even during lights-out shifts. This seamless integration with existing laser tube cutters transforms a batch-based workflow into a true continuous production line.
Wanka has engineered its feeding system to handle bundles of raw tubes and sort them automatically. The magazine design accepts mixed lengths and profiles, reducing the need for pre-sorting. A high-speed gantry picks each tube and transfers it to a waiting carriage without twisting or scratching the surface. Sensors verify tube diameter, straightness, and orientation before the carriage moves forward. This pre-check guards against misfeeds that could crash the laser head or produce scrap. For shops processing thin-wall aluminum or delicate stainless steel, the soft-grip mechanism prevents deformation, preserving material integrity from the rack all the way to the chuck.
Our Laser Tube Cutting Feeder series includes products such as Laser Tube Cutting Auto Feeder and Laser Tube Cutting Semi Auto Feeder, etc.
The Wanka Laser Tube Cutting Feeder stands apart from generic loaders because it was designed from the ground up to synchronize with high-speed fiber laser systems. Key advantages include rapid cycle times, minimal changeover between tube profiles, and robust construction that maintains accuracy over decades of use. Operators report a 40% to 70% reduction in non-cutting time after installation, translating directly into higher revenue per shift.
Adaptive feeding logic dynamically adjusts gripping force based on wall thickness and material type stored in the cutting program. This intelligence prevents slippage on oily tubes while protecting polished surfaces. Furthermore, the feeder communicates via industrial Ethernet protocols with the laser cutter’s CNC controller, enabling one-button start for entire jobs. Once the operator selects a cutting file, the feeder automatically loads the correct tube dimensions from the magazine, positions it, and sends a ready signal. No manual measurement or jogging is required.