• This unit itself, extracts the air from the cavity through the ejector pins.

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• Compact unit that creates a vacuum leading to negative pressure in the cavity. Only 6 Bars of air pressure from the injection machine needed. The vacuum can be made thru the clearance of the ejector pins and/or an air valve.

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• This unit is able to create the Vacuum (60L/min) and blow-off (6bar) through the same channel. Vacuum is produced throughout the injection process. Blow-off is produced during the ejection process.

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• This unit allows to control the vacuum level in the cavity.
  Should be combined with the VJ or VG.

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• Brass bushing with an inner O-ring to prevent air loss when the vacuum is being made.

• With clamping tolerance.

• Incorporates a thread allowing removal of the bushing if needed.

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• Air valve that draws a bigger volume of air from the cavity rather than only using the ejector pin clearances.

• Allows a back pressure in the cavity of up to -920mbar. Enables a vacuum up to 60 Normal L/min. Triggered by a pneumatic valve.

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• Used to connect the pneumatic piston (PT) to the Vacuumjet Valve (VV).

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• Used to open the air valve to create a faster vacuum.

• Directly connected to the Vacuumjet unit through a circuit in the plate.

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• Silicone seal to prevent air loss from the parting line.

• Sold in 2 meter packages.

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