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|HDPE LDPE PP PETG PVC PC PA EVOH EPET
PETG Bottle Extrusion Blow Molding Machine,
MP70D-2 Lubricant Bottle Blow Molding Machine,
Bottle Blow Molding Machine Double Station
High Speed 5L Lubriant Bottle Blow Molding Machine MP70D-2
MP70D is specifically designed for making bottles from 50ml up to maximum 5L. It is hydraulic driven with accrate eletrical control system. MP70D has double stations to increase the production efficiency. Also, it has variety of choice of die heads. With more than 10 years of success in the market, MP70D is updated to be one of the most reliable and popular model in the world.
EXTRUSION DIE HEAD: HIGHLY EXPERIENCED MULTI-CAVITY AND MULTI-LAYER TECHNOLOGY
Adopting with latest die head design, MEPER focuses on providing high quality and high precision self-manufactured extrusion die heads for customers.
CONTROL SYSTEM: HIGHLY OPTIMIZED USER-FRIENDLY CONTROL TECHNOLOGY
All MEPER machines is equipped in standard with easy operational TECHMATION control system or optional with B&R control system. MOOG Parison Control is also optional based on different requirements.
1) Left mould rack move up quickly: T1, T2 and T12 are connected with power. With high pressure, oil pump supplies much oil to system, up to bar chamber of left placing rack oil cylinder V14. It pushes left mould rack move quickly.
2) Left mould rack move up slowly: When left mould rack reaches stroke end, Electron ruler gives signal. T1, T2 and T12 are connected with power. With low pressure, oil pump supplies little oil to system, up to bar chamber of left placing rack oil cylinder V14. It pushes left mould rack move slowly back to end. Electron ruler gives signal.
3) Left quick mould closing: T1, T2 and T7 are connected with power. With high pressure, oil pump supplies much oil to system, up to barless chamber of left mould clamping oil cylinder V15. It pushes mould plate move quickly.
|MP70D Double station blow molder with horizontal linear mould shuttle
|Linear mould stroke
|Screw L/D Ratio
|Extruder Inverter Power
|Extruder Moter Power
|Srew Heating Power
|Oil pump Motor Power
|Total Power of Machine
|Air Requirement approx
|Air Working Pressure
|Consumption Cooling Water
Contact Person: Levi.Li