DE Series DE800 - Technical Specifications
DE Series DE800 Machine Overview
Tederic DE Series DE800 all-electric servo-driven injection molding machine with a clamping force of 8000 kN (800 metric tons). This is a larger capacity machine within the DE Series series.
This model offers 1 screw diameter options (65mm). Shot weight (PS) ranges from 678g to 678g. Injection pressure from 185 MPa to 185 MPa. Injection rate from 1211 g/s to 1211 g/s.
Mold opening stroke: 810mm. Tie bar spacing: 900×850mm (width × height). Maximum daylight: 1810mm. Mold height range: 350mm to 1000mm.
Overall machine dimensions: 9.7×2.5×2.3 m (L×W×H). Machine weight: 34.5 t.
The DE Series series includes 15 models with clamping forces from 400 kN to 8000 kN (40-800 metric tons). A total of 66 injection unit configurations are available in this series.
Ideal for precision medical, electronic, and optical components requiring the highest cleanliness.
Clamping Unit: DE800
Injection Unit: e1700f (f = fast speed)
Variants (1)
| Parameter | Variant A |
|---|---|
| Screw Diameter | 65 mm |
| L/D Ratio | 27 |
| Shot Volume | 929 cm³ |
| Shot Weight (PS) | 678 g |
| Injection Pressure | 185 MPa |
| Holding Pressure | 148 MPa |
| Injection Rate | 1211 g/s |
Similar Machines by Clamping Force
Other Tederic models with clamping force around 8000 kN from different series.
D800
8000 kN(800t)
Toggle Clamp
3 screw variants
NEO·T SeriesT800
8000 kN(800t)
Toggle Clamp
3 screw variants
NEO T lite SeriesT800
8000 kN(800t)
Toggle Clamp
3 screw variants
J type SeriesDT800/JI24000
8000 kN(800t)
Hydraulic
1 screw variants
Compare machines from different series to find the best fit for your needs.
Related Articles
Learn more about injection molding technology and best practices.
Micro-Injection Molding for Medical Components
Specialized techniques for producing precision medical microcomponents.
Read moreAutomation & Industry 4.0 in Injection Molding
Smart factory integration, automation systems, and digital transformation.
Read moreTCO & Energy Efficiency in Injection Molding
Total cost of ownership analysis and energy-saving strategies for modern machines.
Read more