System, method and apparatus for configuring an end of arm tool in a molding system

1. An end of arm tool for use within a molding system, the end of arm tool comprising:

a base structure attachable, in use, to an actuator of the molding system, said base structure comprising a first mounting structure interface and a second mounting structure interface being located on the same face of the base structure;

a first mounting structure configured to be releasably accepted, in use, within said first mounting structure interface; said mounting structure for receiving, in use, a plurality of first part receptacles;

a second mounting structure configured to be releasably accepted, in use, within said second mounting structure interface; said second mounting structure for receiving, in use, a plurality of second part receptacles;

said plurality of first part receptacles and said plurality of second part receptacles configured to receive respective molded articles directly from in-between mold halves in a mold-open configuration;

said base structure comprising a service connecting interface configured to connect, in use, a service to said plurality of first part receptacles via said first mounting structure and said plurality of second part receptacles via said second mounting structure,

whereby configuration of at least one of (i) the plurality of first part receptacles and (ii) the plurality of second part receptacles can be changed from a first configuration to a second configuration without detaching said base structure from said actuator.

2. The end of arm tool of claim 1 , said service connecting interface being a first service connecting interface, wherein each of said first mounting structure and said second mounting structure comprise a respective second service connecting interface, and wherein said first service connecting interface cooperates with said respective second service connecting interface to connect, in use, said service to said plurality of first part receptacles and said plurality of second part receptacles via said mounting structure.

3. The end of arm tool of claim 2 , wherein each of said first service connecting interface and said respective second service connecting interface comprises a respective cooling connecting interface and a respective air connecting interface.

4. The end of arm tool of claim 3 , wherein one of said respective cooling connecting interface comprises a spigot.

5. The end of arm tool of claim 3 , wherein one of said respective cooling connecting interface comprises a pressure-disconnectable coupling mechanism and the other one of said respective cooling connecting interface comprises a nipple complementary to said pressure-disconnectable coupling mechanism.

6. The end of arm tool of claim 1 , wherein each of said first mounting structure interface and said second mounting structure interface comprises at least two threaded bores.

7. The end of arm tool of claim 6 , wherein each of said first mounting structure and said second mounting structure comprises at least two bolts complementary to said at least two threaded bores.

8. The end of arm tool of claim 7 , wherein each of said first mounting structure and said second mounting structure further comprises at least two retaining structures, said at least two retaining structures being configured to prevent said at least two bolts from being detached from the respective one of said first mounting structure and said second mounting structure.

9. The end of arm tool of claim 1 , wherein each of said first mounting structure interface and said second mounting structure interface comprises at least two receptacles, each configured to releasably accept a quarter turn bolt.

10. The end of art tool of claim 9 , wherein each of said first mounting structure and said second mounting structure further comprises at least two quarter turn bolts.

11. The end of arm tool of claim 1 , wherein said service connecting interface comprises a cooling manifold and at least one air manifold.

12. The end of arm tool of claim 11 , wherein said service connecting interface further comprises (i) a cooling interface for connecting, in use, said cooling manifold to a source of a coolant and (ii) at least one air interface for connecting, in use, said at least one air manifold to a source of air.

13. The end of arm tool of claim 11 , wherein each of said first mounting structure and said second mounting structure comprises a cooling connecting interface and an air connecting interface, and wherein said cooling connecting interface and said air connecting interface cooperate, in use, with said cooling manifold and said at least one air manifold, respectively, to connect, in use, said service to said plurality first part receptacles and said plurality of second part receptacles via said mounting structure.

14. The end of art tool of claim 13 , wherein said air connecting interface comprises a threaded bore; and wherein said threaded bore is configured to cooperate with a hollow fastener associated with a given one of said plurality of first part receptacles or said plurality of second part receptacles (i) to releasably accept the given one of the plurality of first part receptacles or the plurality of second part receptacles and (ii) to allow, in use, air to pass through said hollow fastener to said given one.

15. A molding system incorporating the end of arm tool of claim 1 .