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An automated workplace ensures the transfer of parts from blisters into so-called laundry baskets. The Staubli industrial robot, equipped with a camera system and a suitable gripper, enables it to accurately detect the position of the parts in the blisters and then rearrange them into the exact positions in the laundry baskets. The device works with 22 types of products and 14 types of laundry baskets.
The main function of the device is to check the types of catheters intended for packaging, their disinfection, winding and insertion into plastic packaging, including its sealing. The device works with two basic types of products and a high variability of catheter lengths.
The advanced robotic workplace makes it possible to transport KLT boxes filled with semi-finished products to CNC machines and, with the help of a pair of robots, to precisely load these semi-finished products into machines so that production operations can take place on the parts. The robots then ensure the removal of parts from CNC machines and their re-insertion into KLT boxes.
The automated packaging line enables the removal of parts from the belt conveyor and the loading of these parts into cardboard blisters stored in KLT boxes.
The device was delivered as a comprehensive workplace providing logistics of empty and full KLT boxes, including the necessary traceability (reading DMC codes and applying labels).
The EOL tester was designed as a universal workplace for checking a wide portfolio of cable harnesses. The device includes product completeness control, molding shape control, length control and verification of lasered DMC codes and more. 2D and 3D machine vision technologies are used for precise inspection.
The robotic workplace is designed so that the robot is able to remove and insert 4 parts into the product placed on the pallet using a correctly designed gripper in a cycle within 3.5 seconds of picking up the parts. In addition, one of these parts is a spring, which must be stretched after installation.
The basic function of the robotic cell is to be able to automatically remove / load parts that are inserted into the machine in a mobile rack. In the individual shelves, there are boxes in which the parts are stored in plastic blisters, which are used for a wide portfolio of different shaped parts.
The function of the 8-position carousel is the assembly of design functional parts for the interior of the car. The equipment ensures laser marking of subassemblies, their optical inspection, assembly into the final product, haptic inspection and subsequent palletization, including handling of waste material. The device processes ten types of products in 15 seconds.
A fully automated bin picking station for removing aluminum castings from "gitterboxes" represents an advanced level of production robotization. The device reliably selects the castings of the entire gitterbox and places them in a pallet on the conveyor. The device works with ten different types of castings. In addition to removing parts from "comfortable" positions, the robot removes parts that are tilted, near walls or under the edge of a gitterbox. Last but not least, the robot removes the paper and continues to select.
We supplied the customer with a fully automated line for laser description of a wide portfolio of products with different shape.
The basic function of the workplace is to fully automate the operation of the Engel vertical injection molding press, which ensures the injection of the coil housings. The task of the robots is to ensure the insertion of the coils into the mold and the subsequent removal of the finished relays.
