Prima Power Combi Laser

Punching excels at high-speed repetitive hole patterns (round, square, standard shapes), formed features (louvers, dimples, flanges, embossing), tapped holes, and marking. Laser cutting excels at complex contours and irregular shapes, small intricate holes where punch clearance would be problematic, cutting thicker material beyond punch capacity, and features where the laser's kerf width and geometry enable shapes impossible with round or shaped punch tooling. The Combi Laser's automatic process assignment in Tulus software applies these principles automatically, routing each feature to the optimal process.

No. The Combi Laser is operated by a single operator who loads the sheet and monitors the machine as it automatically sequences between punch and laser operations. The Tulus control manages the transition between processes — selecting the next punch tool and positioning the punch head, then switching to the laser head for contour cutting — all within a single coordinated NC program. The operator's role is sheet loading, program selection, and quality monitoring, not process management.

No. The punch and laser functions use a shared work area and operate sequentially within a single NC program. The control optimizes the program sequence to minimize head-switching time and maximize utilization of each process, but simultaneous operation on the same sheet is not possible. The productivity advantage comes from eliminating sheet transfer between machines, not from parallel processing.

Prima Power offers automation tower integration with the Combi Laser through their Night Train FMS (Flexible Manufacturing System) and compact Combo Tower storage systems. The automation systems handle raw sheet loading and finished part sorting automatically, enabling unattended or minimally attended operation. The Tulus control coordinates machine processing with automation tower operations through Prima Power's integrated automation management software.

The key comparison factors are part mix, floor space, and handling cost. If a significant portion of your parts require both punch and laser operations, the Combi Laser's elimination of inter-machine sheet transfer and handling can reduce per-part time by 30-50% on those parts. If most parts are punch-only or laser-only, a separate punch press and laser provide better individual machine performance at lower total cost. The Combi Laser is purpose-built for shops where the combined-process part mix justifies the premium.