NEO T lite Series T360 - Műszaki adatok
NEO T lite Series T360 fröccsöntő gép áttekintése
Tederic NEO T lite Series T360 térdkaros fröccsöntő gép záróerővel 3600 kN (360 metric tons). This is a smaller capacity machine within the NEO T lite Series series.
This model offers 3 screw diameter options (60mm, 65mm, 70mm). Shot weight (PS) ranges from 769g to 1047g. Injection pressure from 160.7 MPa to 218.8 MPa. Injection rate from 254 g/s to 345 g/s.
Mold opening stroke: 650mm. Tie bar spacing: 710×670mm (width × height). Maximum daylight: 1335mm. Mold height range: 250mm to 685mm.
Overall machine dimensions: 6.56×1.89×2.31 m (L×W×H). Machine weight: 11.5 t.
The NEO T lite Series series includes 16 models with clamping forces from 900 kN to 10000 kN (90-1000 metric tons). A total of 48 injection unit configurations are available in this series.
Ideális csomagolás, háztartási készülékek és közepes méretű műszaki alkatrészek öntése.
Záróegység: T360
Fröccsöntő egység: i1900
Változatok (3)
| Paraméter | Változat A | Változat B | Változat C |
|---|---|---|---|
| Csigaátmérő | 60 mm | 65 mm | 70 mm |
| L/D arány | 21.7 | 20 | 18.6 |
| Lövéstérfogat | 845 cm³ | 992 cm³ | 1,151 cm³ |
| Lövéstömeg (PS) | 769 g | 903 g | 1,047 g |
| Fröccsöntési nyomás | 219 MPa | 186 MPa | 161 MPa |
| Fröccsöntési sebesség | 254 g/s | 298 g/s | 345 g/s |
Similar Machines by Clamping Force
Other Tederic models with clamping force around 3600 kN from different series.
T360
3600 kN(360t)
Toggle Clamp
3 screw variants
DE SeriesDE360
3600 kN(360t)
All-Electric
6 screw variants
DT SeriesD350
3500 kN(350t)
Toggle Clamp
3 screw variants
NEO·EII SeriesE380II
3800 kN(380t)
All-Electric
18 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.
Complete Guide to Injection Molding Machines
Comprehensive overview of machine types, selection criteria, and key specifications.
Read moreProduction Cycle Optimization
Strategies to improve efficiency and reduce cycle times in injection molding.
Read moreInjection Molding Defects: Identification & Solutions
Common defects, their causes, and practical solutions for quality improvement.
Read more