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China Suppliers DH-1050-E Fully Automatic Dual-Workstation Intelligent Box Making Machine from Factory
DH-1250-E Specification
| Type | DH-1250-E |
| Paper size (max) | 580*700 mm |
| Paper size (min) | 105*70 mm |
| Paper Thickness | 100-400 g/m² |
| Cardboard Thickness | 0.8~3 mm |
| Finished Product (Carton) Size (max) (W*L*H) | 400*600*170 mm |
| Finished Product (Carton) Size (min) (W*L*H) | 55*65*10 mm |
| Fold-in edge size (Rmax) | 150 mm |
| Fold-in edge size (Rmin) | 10 mm |
| Positioning Accuracy | ±0.10 mm |
| Production Speed | 20-65 sheets/min |
| Total Power | 72.7 kw/380v 3phase |
| Production Operating Power | 13.2 kw/380v 3phase |
| Electric Power | 5.1kw |
| Weight | 6645kg |
| Machine size (L*W*H) | 9300*6400*3450mm |
| This data is intended as a rough reference; actual results may vary based on individual cases. | |
Frequently Asked Questions (FAQ)
What is the production speed of the DH-1250-E?
The DH-1250-E features a high-efficiency production speed ranging from 20 to 65 sheets per minute, depending on the material configuration and finished product sizes.
What cardboard and paper thicknesses are compatible with this machine?
The machine is highly versatile, supporting paper thicknesses from 100 to 400 g/m² and cardboard thicknesses from 0.8 to 3 mm.
What is the positioning accuracy of the DH-1250-E?
The DH-1250-E provides exceptional precision with a positioning accuracy of ±0.10 mm, ensuring consistent quality for all finished boxes.
What are the maximum and minimum finished product sizes?
The maximum finished carton size (W*L*H) is 400*600*170 mm, while the minimum finished size is 55*65*10 mm.
What are the power requirements for installing the DH-1250-E?
The machine runs on a 380V 3-phase power supply. It has a total power capacity of 72.7 kw, a production operating power of 13.2 kw, and an electric power rating of 5.1 kw.
Are the specifications in the data sheet exact?
The provided parameters serve as a general guidelines. Actual performance, dimensions, and capacities may vary depending on specific materials, configurations, and operating conditions.