The BBS 1080CS is a used die cutter — sometimes referred to as a flatbed die-cutting press — designed to cut, crease, and strip sheet materials such as cardboard and corrugated board into precise shapes for packaging and similar applications. BBS is a manufacturer associated with converting and finishing machinery for the packaging industry.
This machine handles a maximum sheet size of 1,080 × 780 mm and a minimum sheet size of 400 × 360 mm, with a maximum die-cutting area of 1,060 × 760 mm. It accommodates cardboard from 0.1 mm to 2.0 mm thick and corrugated board up to 5 mm thick. Maximum cutting pressure is rated at 400 N/cm², and die-cutting precision is held to within ±0.10 mm. The minimum gripper needle size is 8 mm, and rated power consumption is 22 kW. The machine weighs approximately 18 tonnes and has overall dimensions of 6,600 mm × 4,000 mm × 2,300 mm.
In terms of throughput, the machine achieves a maximum die-cutting speed of 7,000 sheets per hour when processing cardboard, reducing to 6,000 sheets per hour for corrugated board. The maximum stripping speed is also 6,000 strokes per hour. Both the feeder pile and delivery pile accommodate a maximum stacking height of 1,500 mm, supporting extended production runs without interruption.
The paper-feeding system uses a Feida-style head arrangement comprising four suction heads and four delivery heads, with adjustable suction nozzles to optimise sheet separation and feeding consistency. A pre-stacking mechanism works in conjunction with primary and auxiliary feeding systems to maintain continuous feed without stoppages. An inclined feed table with an integrated paper-pressing device is included to handle deformed or warped corrugated board and maintain feeding speed under those conditions.
Single-pass waste removal strips all paper waste and non-essential edges — excluding internal openings — during the die-cutting cycle itself, eliminating a separate manual stripping operation. Control is handled by a PLC system operated through a dual-station touchscreen human-machine interface. A second touchscreen is positioned at the delivery end, allowing real-time monitoring of machine status, dynamic detection of input and output points, and on-the-spot fault diagnosis from either station. The machine is offered in used condition and is located in Italy.
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