QComp Technologies provides robust robotic packaging systems, material handling systems and automation line integration for a multitude of industries that include glass, solar, consumer products, food, pharmaceutical, plastics, paper and metals.

We understand your need for optimum productivity and fast ROI. That's why we offer advanced custom and standard robotic products and systems for flat glass handling, palletizing, and high-speed picking and packing. Our systems feature the most advanced and reliable robotics from the world's leading industrial robotics manufacturers: ABB, Fanuc, and Kuka.

QComp Technologies recently added 2,500 square foot addition to their state-of-the-art manufacturing facility in Greenville, Wisconsin, which brings their total plant capacity to 30,000 square feet. Machining, welding, paint and powder coating operations are done by 3rd party suppliers. QComp engineers, programs, assembles, tests and stages the complete robot cell at the Greenville location.

The core of our system is, of course, the robot. Many systems incorporate intelligent vision systems for product location guidance and quality inspection. We have extensive experience with Cognex solutions as well as ABB's Pickmaster and Fanuc vision. We have many systems in the field using 2D, 2.5D 3D and color technologies.

Our systems are engineered in 3D using Autocad Inventor and we routinely employ simulation tools to validate concepts and layouts. Of course, we also own a variety of robots that we use for product testing. Robots are very predictable, the customer product at high acceleration rates may not be predictable.

QComp has a variety of standard systems in the picking, packing, and palletizing areas. We also have a variety of solution targeting the glass and solar industries. We design and manufacture a line of conveyors for this industry also.

Robust robot tooling is one of the most critical items in a typical system. We have a design philosophy of robustness and quick to repair. The tools are typically modular, steel, with much attention given to the cabling support/dressing. In a collision, we want the tool to "win".