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Description | Unit | Value |
---|---|---|
INJECTION UNIT | ||
Shot volume | cm3 | 2036 |
Shot weight | g | 1853 |
Shot speed | mm/s | 490 |
Screw diameter | mm | 80 |
Injection pressure | MPa | 224 |
Screw L:D ratio | -- | 24.8 |
CLAMPING UNIT | ||
Clamping force | kN | 6500 |
Opening Stroke | mm | 900 |
Space between tie bars | mm x mm | 895 x 895 |
Mold thickness(min) | mm | 400 |
Mold thickness(max) | mm | 900 |
Hydraulic ejection stroke | mm | 260 |
Hydraulic ejection force | kN | 186 |
POWER UNIT | ||
Pump motor | kW | 67 |
Heating capacity | kW | 54.25 |
GENERAL | ||
Oil tank capacity | L | 1300 |
Platen Dimensions
Machine Dimmension
For a Container with a Height of 100mm, What Would be the Minimal Opening Stroke of the Injection Molding Machine?
As we know, for the IML production of a container, the robot will do the actions of parts picking and label inserting in the mold, which means that the system will request a much larger in mold space compared to non-IML production. While selecting an injection molding machine for your IML project, the opening stroke of the injection molding machine would be a very important parameter to be taken into consideration. The basic formular for the opening stoke caculation would be heigh of the parts x 3 + 150mm, the potential injection molding machine must have a larger opening stroke, or the robot may not able to pick the parts and insert the labels symtaneously.
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DongGuan, GuangDong, China