Automatic combination machine integrating curling, flanging, bottom seaming, and top seaming operations for high-quality can production.
Additional information
| Weight | 15000 kg |
|---|---|
| Dimensions | 8110 × 3690 × 3800 mm |
| Machine model | PROpress 120 |
| Machine type | PP |
| Material | Tinplate sheet |
| Maximum sheet dimensions | 1150 × 1150 mm |
| Minimum sheet dimensions | 600 × 600 mm |
| Sheet thickness | 0.15 – 0.20 mm |
| Maximum sheet stack height | 500 mm (including Euro pallet) |
| Maximum sheet stack weight | 2500 Kg |
| Production speed | 150 spm (strokes per minute) |
| Voltage supply | Three-phase 380 V ± 5%, 50Hz ± 1Hz |
| Power | 30 Kwh |
| Air pressure | 0,8 MPA / 8 bar |
| Noise level | ≤ 85 Db |
| Machine dimensions | 8110 x 3690 x 3800 mm |
| Weight | 15,000 kg |
Description
PROpress 120 – Automatic combination machine for curling, flanging, seaming, seaming
The PROcombi FSS 6H is a fully automatic combination machine integrating curling, flanging, bottom seaming, and top seaming operations. The machine provides accurate can positioning, reliable seam formation, and efficient production flow. Consistent product quality and dependable operation support high-speed can manufacturing.
Combination Machines
A machine that combines multiple can-making operations. Bringing several operations into one machine reduces handling between stages and lowers the floor space the equivalent standalone machines would require.
Necking, flanging, curling, beading, and seaming. These are arranged as stations within the machine, and the combination is chosen to suit the product and the production requirements of each project.
Reduced footprint and improved production flow. Because the can passes between stations inside one machine, there are fewer transfers between separate machines and less handling overall.
Yes. Combination machines run under automatic operation, with the stations working in sequence and the process managed from the machine’s operation panel.
Yes. Combination machines can be set up for multiple formats using change parts and station adjustment. Additional tooling can usually be supplied when further formats are required later.
Reduced handling and improved efficiency. With several operations carried out in one machine, cans are transferred fewer times between stages, which supports a more consistent production flow.
Depends on machine design. Whether further operations can be added to an existing combination machine follows from how that machine was originally configured and what the customer requires.
Often yes due to reduced transfers. Because the can moves between stations inside a single machine rather than between separate machines, less time is lost to handling between operations.
Yes. A combination machine requires less floor space than the equivalent standalone machines, because several operations are housed in one machine rather than in separate units placed along the line.
Yes. A combination machine can take the place of several standalone machines by carrying out operations such as curling, flanging, beading, necking, and seaming within a single machine.























