HeidelbergREF: TECH2026041c0f
Heidelberg Platen Press ( Tiegel ) | Unkn.
Available Nowused
Technical Specifications
Category
Packaging
Brand
Heidelberg
Model
Heidelberg Platen Press (Tiegel)
Location
L'Isère, France
Technical Specifications
| Model | Heidelberg Platen Press (Tiegel) |
| Max Sheet Size | 38 x 28 cm (14 x 11 inch) |
| Max Printing Speed | 5,000 sheets / hour |
| Dimensions | 1,68 m x 1,24 m x 1,61 m |
| Weight | 1100.00 kg |
Description
Configuration: Letterpress platen press with rotary suction feeder.
Year: Unknown (Production spanned 1921 - 1985).
Max paper size: 28 x 38 cm (10 x 15 inches).
Min paper size: 4 x 7 cm.
Max printing size: 26 x 34 cm.
Inking system: Cylinder distribution system with two form rollers.
Chase changing: Manual chase clamping.
Max speed: Up to 5,000 sheets / hour (on later models).
Inking control: Manual duct adjustment screws.
Safety devices: Mechanical safety bar and automatic throw-off.
Powder spray system: Optional (often retrofitted for heavy inking).
Applications: Letterpress printing, die-cutting, creasing, embossing, and numbering.
Substrate thickness: From onion skin paper up to 0.50 mm cardstock.
Total weight: approximately 1,100 kg.
Machine dimensions (L x W x H): 1.68 m x 1.24 m x 1.61 m.
Power consumption: approximately 1.1 kW to 1.5 kW.
Year: Unknown (Production spanned 1921 - 1985).
Max paper size: 28 x 38 cm (10 x 15 inches).
Min paper size: 4 x 7 cm.
Max printing size: 26 x 34 cm.
Inking system: Cylinder distribution system with two form rollers.
Chase changing: Manual chase clamping.
Max speed: Up to 5,000 sheets / hour (on later models).
Inking control: Manual duct adjustment screws.
Safety devices: Mechanical safety bar and automatic throw-off.
Powder spray system: Optional (often retrofitted for heavy inking).
Applications: Letterpress printing, die-cutting, creasing, embossing, and numbering.
Substrate thickness: From onion skin paper up to 0.50 mm cardstock.
Total weight: approximately 1,100 kg.
Machine dimensions (L x W x H): 1.68 m x 1.24 m x 1.61 m.
Power consumption: approximately 1.1 kW to 1.5 kW.