Laser Automation

The ByTrans Modular enhances the efficiency of your Bystronic laser cutting machine, whether handling large series or smaller jobs. Its versatile configurations eliminate manual loading and unloading, streamlining the process. With a user-friendly touch screen interface and new software features, automation control is straightforward. This highly configurable system can be tailored to your specific requirements, enhancing productivity and reducing the operator's workload. It seamlessly integrates with Bystronic's storage solutions like BySort, enabling management of two laser systems within the same automation setup, ensuring a smooth and productive workflow.

BySort enhances automated production by speeding up post-laser cutting processes, ensuring a seamless workflow, and handling materials gently. Integrated with ByTrans Modular, this agile sorting system automates the swift and reliable removal of cut parts. Operating both systems is intuitive through a single touchscreen interface, akin to a smartphone. BySort's flexibility, with various gripper modules, accommodates diverse applications during laser cutting processes, offering a wide range of possibilities to fulfill your production needs.

The ByTrans automation system provides numerous benefits for your production, including optimized material flow, increased productivity of Bystronic laser cutting systems, and enhanced occupational safety and process reliability. Offered in two configurations, the extended version features a dual cassette design, enhancing system autonomy and flexibility. The additional cassette accommodates plastic sheets to safeguard cut parts during stacking and facilitates the removal of large cut parts, ensuring efficient processing. Upgrading to this autonomous system substantially enhances the usage and loading capacity of your laser cutting system, making it a profitable investment for the future and expanding its functionality.

The Byloader simplifies laser cutting operations by optimizing the raw material loading process onto the shuttle table. This automation ensures quick, reliable, and automatic loading, resulting in reduced energy consumption and significant time and cost savings. Each suction cup within the system can be activated independently, offering flexibility and the capability to handle sub-sheet formats. Controlled through an integrated system, the Byloader provides an intuitive user experience via the operator terminal of your Bystronic laser cutting system, consolidating all controls onto a single touchscreen. Additionally, an electrically-driven sheet metal table enhances the loading process and accessibility of the shuttle table for manual unloading, enhancing overall efficiency.

The ByTower storage tower enhances speed and flexibility in your production process by storing various material types and thicknesses directly at the machine, ensuring immediate availability and quick return of cut parts to storage. This optimizes material flow and maximizes the utilization of your laser cutting machine, reducing setup times and enabling lightly-manned manufacturing. By integrating automation modules like ByTrans, ByTrans Extended, and ByTower, you can create an autonomous, flexible cell that simplifies interfaces and ensures smooth and user-friendly operations. You can customize the ratio of storage and retrieval cassettes to meet your specific shop floor requirements, whether using wooden pallets or not, all within a space-efficient vertical design.

The ByTower Compact maximizes productivity for your Bystronic laser cutting machine in minimal space. This automated system allows fully automated cassette changes, enabling lightly manned or unmanned production regardless of company size. Bystronic's automation solutions optimize material flow, machine utilization, and work safety. Customizable in height to fit specific requirements, the ByTower Compact maximizes space utilization for efficient, highly productive manufacturing. Automated loading and unloading of the laser's shuttle table reduce idle times, increasing overall system productivity.