The New 2018 Squid Pouch Gripper
This new Squid technology has been developed specifically for use in the food packaging industry for handling liquid pouches.
Traditionally, due the unflat and irregular surface of liquid pouches, the machine builder has used foam rubber rings. These foam rubber grippers, although effective in gripping the product, have a sub-standard life cycle sometimes requiring change out every shift.
The Squid uses FDA compliant silicone rubber bag gripping cups and offer extremely long life and of course effective gripping of the product. The Squid mounting can be supplied to suit the customer delta robot with vacuum entering through the mounting feature.
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Carton and Box Handling
The Squid has been developed to offer the vacuum user a universal end of arm vacuum tool. The Squid utilizes different “end effectors” such as vacuum cups, foam, orifice fittings and self closing valves. The choice of Squid is dependent on the application and user preference. Please contact Vacuforce to discuss the application. Custom size and shape Sqyuids are available to suit the customer application. The model shown here was developed for picking up a product with a radius.
The Squid is a modular design allowing many variables in construction. The image here shows the top plate including the vacuum connection. The top plate includes the mounting holes for connection to the customer machinery which could be a robot arm or gantry robot.
One of the largest applications for The Squid is carton or box palletizing. These applications at the end of the packaging line normally consist of numerous sizes of cartons. This creates a vast amount of engineering time and effort to work out what products you would need to handle all of the varying sizes foot prints of products. The Squid, being a universal gripper can be fully or partially covered to enable the automated machinery simply to know the Z height. Any area of the Squid not covered by the product will simply close, isolating individual cups from the remaining cups.
The SCV option requires a deeper cup plate to accommodate the self closing valves inside the Squid. The self closing valve will close if the vacuum cup does not seal properly against the load being handled as the induced air flow PUSHES a nylon ball against a seat. Therefore a smaller vacuum generation device can be used. The diagram here shows The Squid handling a small carton. The cup rows #7 through #12 are CLOSED as the airflow that occurred in the initial cycle start pushed the nylon ball against an air tight seal.
The Squid can be used with either a vacuum pump, blower or compressed air powered vacuum generator. Depending on the application and indeed the restriction at the end user level, Vacuforce will suggest what technology is best suited for each application.
Liquid filled pouches being tested with the SBLP30S vacuum cup, using an regenerative blower for vacuum.
Bags filled with liquid are being tested with the VFBL20S vacuum cup, using an ABM20 venturi for the vacuum source.
The Squid was being used to demonstrate it's ability to handle various size loads on a Nachi robot.
Palletizing plastic wrapped bales of woodchips using a dual Squid system with a vacuum venturi as the vacuum source.
A Squid installed on the end of a tube lifter to pick up and transfer cardboard cartons.
A small Squid being used to demonstrate the Squid's ability to grip on corrugated surfaces.
A ten zone Squid system being used to handle slip sheets and multiple carton sizes.
A custom design multiple squid system for use in tire production.
A dual Squid system being used with a regenerative blower for carton handling.
Using the Barracuda Bag Gripper to test ice bag handling.
Test involving an array of plastic totes with simultaed products weights.
Quick test of picking up a plastic wrapped frozen ice cream bar using the Squid Pouch Gripper.