banner

Examples Melt-Flowpath

Ways of injection in the TandemMould Technology

Here we would like to show you examples of use for injection of TandemMoulds.

Example 1

Example 1
Example 1

Injection out of the middle plate

Needle shut-off nozzles for the transition within the first parting level

Example 2

Example 2
Example 2

Injection through the parting level

www.incoe.de

Example 3

Example 3
Example 3

Injection out of the middle plate with MuCell-process.

6 needle shut-off nozzles in each parting level directly on the part.

Example 4

Example 4
Example 4

Melt transfer into the middle plate by an extended sprue bush.

Direct injection into the cavities through 12 needle shut-off nozzles (Prima series).

Back-to-back arrangement of the nozzles allowed symmetrical installation for better power balance within the tool and a smaller tool.

www.psg-online.de

Example 5

Example 5
Example 5

Injection out of the middle plate.

Transmission in parting line 1 by two opposite positioned shut-off valves.

Gating by 4 jets per parting line.

Example 6

Example 6
Example 6

Injection out of the middle plate.

Needle shut-off nozzles for the transition within the first parting level

4 nozzles with Torpedo per parting level.

Example 7

Example 7
Example 7

Injection out of the middle plate.

Transmission by open jet and needle valve jet within parting level 1.

2 nozzles with Torpedo per parting level.

www.moldmasters.com

Example 8

Example 8
Example 8

Injection out of the middle plate.

10 needle shut-off nozzles for 2 parts in parting level 2.

4 needle shut-off nozzles for 2 parts in parting level 1.

Injection directly onto the part.

Needle shut-off nozzles for the transition within the first parting level.

Example 9

Example 9
Example 9

Injection out of the middle plate for a 1+1cav. TandemMould.

Transmission by open jet and needle valve jet within parting level 1.

One needle valve jet for each parting level.

Example 10

Example 10
Example 10

Injection out of the middle plate for a TandemMould.

Transmission of the melt within parting line 1 realised by open jet and needle valve jet.

The needle valve jet avoids leak of melt out of middle plate during opening of parting line 1 (because of remaining pressure in hot runner after injection).

Gating realised by jets with pin.

Example 11

Example 11
Example 11

Hot runner for TandemMould 3+3-cavities.

Transmission of the melt within parting line 1 into T-manifold.

Injection out of the middle plate.

www.strack.de

Example 12

Example 12
Example 12

Injection out of Middle Plate.

Transmission of melt within parting line 1 by mechanical shut-off (no remaining residual lug at transmission). Shut-off function works mechanically.

Only 1 hydraulic core pull essential to operate all needle valve jets. Cooling of needle valve jets not essential.

Complete height of manifold platen 132 up to 210 mm.

www.runipsys.com

Example 13

Example 13
Example 13

Injection out of Middle Plate.

Transmission of melt within parting line 1 by all in all 4 needle valve jets for better pressure balance.

Gating of the cavities of the two parting lines with 8 neddle valve jets each side.

www.cacopacific.com

Example 14

Example 14
Example 14

4+4 tandem mold with injection through the middle plate
Ultra compact Rheo-Pro® IVG? back-to-back valve gate hot runner with pneumatic actuation directly inside the nozzle
Melt transfer via IVG? single bushing to standard Rheo-Pro® valve gate nozzle.

www.mhs-hotrunners.com

Information

Leading manufacturers of hotrunner-systems know the TandemMould-technology and have equipped TandemMoulds.

Even special solutions, such as MuCell, gas injection or 2-material/2-color, can work with T/Mould Technology and are already applied numerous times.

For further information please send an E-Mail