Fifteen architecture majors from the University of Buffalo used igubal® spherical bearings and DryLin® S aluminum shafting on a unique project. The students were challenged to design and build an apparatus capable of hiding a person. The students created a mechanical system equipped with a circular platform that reacts to an individual’s weight. When someone steps onto the platform, the added load causes large, rounded walls to close and encompass the person from all sides, hiding them from outside view. Once they step off the platform, the walls automatically return to an open position.

The team used igubal and DryLin S on all the moving parts of the hiding apparatus. Prior to employing igus® components, the students used wooden dowels to support the moving structure. The dowels failed, prompting the team to find an alternative. They chose igubal spherical bearings because they are lightweight, self-aligning, self-lubricating and maintenance-free.

“We realized that the igus bearings and aluminum shafting permitted smooth structural movement,” said Adam Krywinski, a University of Buffalo team member. “We really appreciate the donation from igus. We received an “A” for our work and the project was a great success.”