Projects

senwork develops AI-based technology that enables 100% quality assurance of LabDisks or Lab-on-a-Chip designs in the production cycle. High precision manufactured, transparent plastic cartridges can now be recorded in the production cycle with this inspection station and reliably evaluated.

VisionUnit allows Variable Focus Adjustment in the Tightest of Spaces

Cognex In-Sight based VisionUnits by senswork

Camera systems with telecentric lenses and the corresponding working distance are often too long to be integrated into a machine without space problems. No problem with the Cognex In-Sight based VisionUnit from senswork.

Line scan camera system ensures cleaning performance of membrane tubes

Inspection System for Membrane Tubes

Membrane tubes are the core component of an innovative filter technology for wastewater treatment plants. To ensure that these tubes are flawless and that the cleaning performance of the plants runs optimally, a line scan camera system from senswork inspects the surfaces of the membrane tubes for a wide variety of production defects.

Ensure precise assembly of switching elements for electric stoves

Position Detection of Switching Elements

Our cameras precisely detect the position and angular position of the elements so that assembly elements can be precisely joined in switching elements of electric stoves. The measured data is transferred to a production line with several robots.

3D laser scanning system measures component geometries

3D Measurement of Synthetic Parts

In a fully automated handling system with a 6-axis robot, a 3D laser scanner captures components in flight. The robot presents three components per second to the scanner. This records the component geometry in 3D and measures a recess on the component at several positions.

Detect the smallest flaws on painted surfaces using Shape from Shading

Surface Inspection of Synthetic Parts

After the painting process of synthetic parts, they are subjected to a fully automatic surface inspection by a shape-from-shading system before further processing. This method allows the smallest surface defects such as paint pimples, scratches, inclusions, lint or other raised or recessed defects to be reliably detected. For this, our system uses eight lighting directions with eight partial images, which are offset by Shape from Shading to form a height map of the surface.

Automatic depalletizing by means of a robot

3D Position Detection of Synthetic Bags using Time of Flight

In this system, Euro pallets are fed via a roller conveyor belt to a robot system, which automatically removes the sack layers and places them on a longitudinal conveyor belt. Using a time of flight camera from senswork, the positions of the plastic bags are recognized fully automatically and transferred to the robot coordinate system. The detection accuracy of the system is ± 10 mm, and thus allows precise pick-up by the suction gripper mounted on the robot.

Filling of trays with 120 parts per minute by a Scara robot

Robot Pick & Place Application with Conveyor Tracking

The supplied parts are removed from the supply line by a Scara robot and placed in a moving tray. Our camera technology controls the rotational position of the parts in the feeder, the position of the tray and the correct placement of the products in the tray.