Problem

A precise and stable slicing mechanism was needed to convert rotational energy from an air engine into controlled, linear cutting motion without introducing unwanted rotation or misalignment.

Solution

Designed a mechanically driven slicer using a linkage system. A transfer arm connected the flywheel to a guided connecting arm constrained within linear slots in a 3D-printed PETG base. This motion drove a blade mounted in a holder with hex screws, while a limiter ensured stability. The assembly was secured to the air engine base with a four-screw attachment.

Impact

Delivered a reliable slicer mechanism with accurate linear blade motion, demonstrating effective conversion of rotational energy into controlled cutting action.