Vertical injection molding machine
400 - 800 KN | FTV 800/380
OMF TURRA
FTV 300/80, FTV 600/145 and FTV 800/380 satisfy these requirements by:
- Offering the possibility of applying external tables of the following types:
- Linear table, with angular movements, with two half moulds.
- Rotary table, with an optional number of stations.
- Shelf with frontwards movement, forwards and backwards, for moulding parts together using just one mould.
- This model keeps the inserts steady by reducing the mould movement to a minimum, as the upper part of the mould is lowered during the closing phase.
The injection unit is based on the well tried and tested system using two telescopic cylinders. This arrangement enables a very compact unit to be made, suitable for use on vertical machines for which a limited machine height guarantees good performance, without harmful waving movements being caused by the use of injection units normally designed for horizontal machine models.
The closing system is based on two concentric pistons: the smaller central one is used to perform the fast opening and closing procedure, while the second external one, with the larger diameter, has the task of providing the closing force required.
- Offering the possibility of applying external tables of the following types:
- Linear table, with angular movements, with two half moulds.
- Rotary table, with an optional number of stations.
- Shelf with frontwards movement, forwards and backwards, for moulding parts together using just one mould.
- This model keeps the inserts steady by reducing the mould movement to a minimum, as the upper part of the mould is lowered during the closing phase.
The injection unit is based on the well tried and tested system using two telescopic cylinders. This arrangement enables a very compact unit to be made, suitable for use on vertical machines for which a limited machine height guarantees good performance, without harmful waving movements being caused by the use of injection units normally designed for horizontal machine models.
The closing system is based on two concentric pistons: the smaller central one is used to perform the fast opening and closing procedure, while the second external one, with the larger diameter, has the task of providing the closing force required.
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