Bodor R
Classic Model | Automatic Coiled Sheet Laser Cutting Machine
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Classic Model | Automatic Coiled Sheet Laser Cutting Machine
Uncoiling, leveling, and cutting all in one step.
Multi-use machine handles materials seamlessly.
Complete steel coil processing in one go. R series production line integrates basically every operation you need for your coil materials, including uncoiling, leveling, and cutting.
Saving starts with the first cut. Continuous nesting optimally utilizes coil materials, in turn significantly reducing scrap and thus component costs.
Precise coil cutting is the success factor for efficiency. This is ensured by R series’ misalignment correction function.
Standard dual-station uncoiler, with up to 6 optional uncoiler stations, allows for loading various
materials and thicknesses, without stopping for material changes due to station limitations.
It saves time and effort, improving production efficiency.
Standard dual-station uncoiler, with up to 6 optional uncoiler stations, allows for loading
various materials and thicknesses, without stopping for material changes due to station
limitations.
It saves time and effort, improving production efficiency.
Through the powerful algorithm, it is able to adapt to the high-frequency vibration of thin sheets due to air pressure. The laser head sensitivity is intelligently adjusted, ensuring consistently stable cutting, thereby guaranteeing both cutting quality and efficiency.
Through the powerful algorithm, it is able to adapt to the high-frequency vibration of thin sheets due to air pressure. The laser head sensitivity is intelligently adjusted, ensuring consistently stable cutting, thereby guaranteeing both cutting quality and efficiency.
The ultimate size reduces redundancy in the coiled sheet laser cutting machine. The 1250mm size perfectly saves floor space.
Optional workpieces receiving platform transports workpieces timely, facilitating sorting automatically.
Reduce Material Remnants，1250mm Perfect Size Saves Space
Self-developed servo-following sensors and path avoidance algorithms can accurately sense obstacles in real-time at 360° in the operating path, and plan the obstacle avoidance route in advance to reduce the risk of laser head collision significantly.
Self-developed servo-following sensors and path avoidance algorithms can accurately sense obstacles in real-time at 360° in the operating path, and plan the obstacle avoidance route in advance to reduce the risk of laser head collision significantly.
*All parameters on this page are based on testing by Bodor Laser Laboratory and only for reference.