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“The lip has a build-in self compliance based on principals of bionics, which allows it to handle objects, of significantly variating size and shape, in a gentle yet secure and speedy manner. This makes the lip ideal for solving jobs with an organic or irregular inputs, such as food manufacturing, agriculture or waste sorting. “
The compliance originates from a unique structural design of the fingers, made of an elastic material, enabling it to stretch and contract in all the right places. During a pick-up motion, when the actuator starts to contract the piston, the fingers move in and begins to conform around the workpiece at specific points for an optimal grasp. Then, as the piston hits the end, the elastic material is pulled fully together and the workpiece is at an instant held firmly in place. Placing the workpiece applies the forces with the bionic compliance in exact reverse order, making it a highly predictable and controlled motion. It’s possible to either just relax the material or, push the piston more outward and expand the lip. The former option gently drops the workpiece from the grasp of the lib. Where as the latter actively pushes the workpiece out of the lip and either sends it flying or squeezes it into place. Thus, with careful timing, pick-up and placement is done with swiftness yet grace and accuracy.
“We want the lip to do your specific job with optimal efficiency. As a modular configurable platform solution, each module modify a structural element of the lip. You configure the modules for the job to do. The Four-Fingers Lip has 4 Configuration Modules; a Material Module with 3 configurations, a Kernel Module with 2 configuration, a Finger Module with 2 configuration and a Fingertip Module with 2 configuration. Resulting in 24 unique configuration builds with different use case capabilities.“
This is a demo store for testing purposes — no orders shall be fulfilled. Dismiss