KAPPA IV - Portal Press
Overview
fully automatic portal press for the manufacturing of
- ends
- rings and plugs
- drawn cans
- caps and closures
- screw capsules
from
- metal sheets of
- tinplate or
- aluminum
Design and Function
underlying crank shaft
- oil pan below the frame
- no risk of product contamination
two external connecting rods
- optimal press force distribution
- guaranteed high accuracy in the parallelism between the ram and press table
ram guides
- preloaded linear roller bearing units
- no adjustments during the lifetime necessary
automatic lubrication system
- automatic lubrication distributor
- external oil lubrication of ram guides and connecting rods
dynamic mass balancing
- maximum running smoothness due to low vibration
- no foundation required
integrated die cushion
- die cushion into press tooling
- individually adjustable pressure for each tool station
tooling - quick change
- good accessibility
- tool change within one hour
- servo-assisted automatic change of format
- hydraulic clamping system (optional)
Technical Data
| KAPPA IV | PTED-1000 | |
|---|---|---|
| nom. press force | 800 kN | |
| no. of strokes | 60 ... 200 min-1 | |
| nom. output | max. 2,500 parts / min. (ends, caps) max. 1,250 parts / min. (cans) | |
| material specification | tinplate, aluminum, TFS | |
| sheet thickness | 0.15 ... 0.40 mm | |
| sheet dimensions | max. 1,000 x 1,200 mm | |
| width of tooling area | 1,280 mm | |
| ram stroke | max. 180 mm | |
| drawing depth | max. 60 mm | |
| mass | ca. 2,000 kg (sheet feeder) ca. 14,500 kg (total) | |
| connected load | 38 kVA | |
Please note that the technical data provided in this table is to be understood as typical or maximum data but not as a property guarantee. The maximum values depend strongly on product specification (material, dimensions, tolerances etc.) and technologies employed. The final technical data for the application will be assessed after review of product specifications.
Product Samples
