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Baysek C-250 Rotary Anvil Die Cutter
Baysek Solutionsnew
C-250 specifications
Cycle speed varies with product size and board type.
| Maximum board size | 2100 mm (83 in.) through × 2500 mm (100 in.) across |
|---|---|
| Minimum board size | 500 mm (20 in.) through × 500 mm (20 in.) across |
| Board thickness | E-flute 1.5 mm (0.0625 in.) to AAC triple wall 16 mm (0.625 in.) |
| Speed | 1,500 sheets per hour maximum cycle speed |
| Pile height | 1220 mm (48 in.) maximum including pallet |
| Load capacity | 1135 kg (2,500 lbs.) |
Supplied complete with
- Preload station with adjustable width gates and flat top conveyor section
- Automatic electric raise and lower feed table, segmented flat top conveyor
- Load end sheet spanker
- Sheet loading frame with six adjustable suction cups
- 8 in. rotary cutting anvil, adjustable height with digital read-out
- Stripping hood with 18 in. round discharge pipe
- Stacking frame with 54 suction cups — six rows of nine
- Automatic electric raise and lower stacking table with powered delivery conveyor
- Unload conveyor table pin system
- Flat top extended outfeed conveyor
- Tie sheet interrupt and step stack features
- Side operator access windows and doors
- Operator side walkway and steps the full length of the frame
- Touch screen operator control system
Site requirements
Supplied by the customer at the installation site.
- 480 V, 200 A, 60 Hz, 3-phase power to the machine site, with connections
- 100 PSI, 60 CFM compressed air service to the machine, with connections
- 11,500 CFM pneumatic scrap removal to the machine site, connected
- Ethernet connection for remote diagnostics access
- Four inch reinforced level concrete floor
- Crane and lifting equipment with personnel to place the machine
- Forklift and personnel for final assembly
Flat die, rotary anvil, pneumatically stripped waste
Sheets are picked and placed onto the cutting die by suction cup assemblies and held on register by suction cups within the die itself. The die sits at a 5° angle and is compressed between the die bed and a rotary anvil wrapped in a semi-hard protective sleeve, so the knife penetrates into the sleeve rather than against steel — a clean shear cut and far longer knife life.
Finished pieces stay held in the die by suction while the waste is stripped pneumatically up the waste hood and sent to recycling. Unload suction cup assemblies then pick and place the finished pieces in neat, accurately counted stacks that leave the machine ready for shipping preparation.
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