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How to have Two Robotic Arms Working in One Injection Molding Automation System?

Whole Factory Automation Solutions

Why and How to have Two Robotic Arms Working Together in an Injection Automation System?

The injection molding automation system of which will need two top entry robotic arms working together are mostly a system of in mold insertion or assembly or packing. With two injection robotic arms working together the automation system will finish a complex process like to have one robotic arm pick the parts A from injection molding machine A and the other robotic arm have the Parts A inserted into the injection molding machine B.

What's the Ideology of SWITEK Wheel Injection Automation Solutions?

The SWITEK wheel injection automation solution is a representative solution of multi-components injection molding of which the core and the outring of the wheels are produced of different materials. The ideology of the automation system is that the core of wheels are injection molded by injection molding machine A and robot A will pick the core out and placed on the to be furtherr cooled and quality checked by the vision control system; the robotic arm B will pick the quality core and insert it into the injection molding machine B for outring injection molding and pick out the finished wheels to be placed on the conveyor.

Is there Any Other Solutions of Multi-Components Parts Injection Molding?

For multi-components injection molding the other solution is to use a two-tone injection molding machine of which the mold will switch the position for the soft-plastic injection molding after the hard plastic core injection molding.

What's the Difference Between SWITEK Two Robotic Arms Solutions and Multi-Components Injection Molding Machine Solutions?


Best Buy Robotic Arm for Injection Molding Machine
injection robot

SW6712D-20

injection robot

Unit: mm

X1 X2 X3 X4 Y YM1 YM2 Z L W H Payload
1025 605 250 590 1200 475 725 2000 3020 1610 2050 8kg

The Application of End of Robotic Arm Tooling

EOAT Assembly Demonstration -- One Cavity Instrument Panel Picking EOAT

One Cavity Instrument Panel Picking EOAT

Product Descriptions


Q & A About Robotic Arms and Injection Automation

Is the Stack Mold an Economic Solution for the Cutlery Production?

Stack mold is a popular solution of house hold products because it can maximize the productivity of the injection molding machine. But among the producers of the cutlery the stack mold is not popular, why and what's the advantages and disadvantages of the stack molds solutions for cutlery production?

cutlery packing solutions

SWITEK 24+24 Stack Mold Cutlery Packing Solutions

The advantage of the stack mold solutions is the productivity of the system. As show on the stack mold solutions above that it's possible to produce 48 pcs of spoons or forks and have them well box packed in about 10s by a 280T injection molding machine (Which is a special injection molding machine designed by WEIDA machinery for the stack mold production, the nozzle of the injection molding machine is installed to the top of the injection molding machine) while would be possible to have a maximum of 32 cavities mold design by with a standard mold design.

Against the advantage of the stack mold solution, the disadvantages of the system is also obvious:

Anyway, cutlery packing system is systematic integration of the injection molding machine, the mold design and automation system design, the best way would be to contact Adams from SWITEK for a turn-key solution of the cutlery to get a ready to work cutlery packing system.


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