Single Slider Crank Mechanism Model

The Single Slider Crank Mechanism Working Model is a precision-engineered demonstration unit designed to explain the conversion of rotary motion into reciprocating motion, and vice versa. This fundamental mechanism is commonly found in internal combustion engines, reciprocating compressors, and pumps. The model provides a clear visual representation of the working principles for educational and training purposes. Features: Heavy-duty mild steel base with powder-coated finish Precisely machined crank, connecting rod, and slider components Smooth, manual rotation via hand crank Clearly visible and labeled components Designed for classroom demonstration and mechanical lab study Compact and easy to carry Educational Objective: To demonstrate the kinematics of a single slider crank mechanism To understand motion transfer and transformation principles Useful in Mechanical Engineering, Polytechnic, and Physics Labs Specifications: Base Material: Mild Steel (MS), powder coated Slider Material: Aluminum / MS with guide Crank Radius: Approx. 100 mm Stroke Length: Adjustable Operation: Manual rotation Dimensions: Approx. 450 x 250 x 200 mm Weight: Approx. 4–6 kg