The GUNT Kinematic Model Crank Slider is designed to demonstrate the generation of a purely harmonic stroke movement, unlike traditional crank mechanisms. It is ideal for studying motion dynamics and the fundamental behavior of crank-slider systems.
Product Features
- Generates and demonstrates purely harmonic stroke movements for mechanical motion studies
- Includes a rotating crank disk, connecting rod, and fixed cylinder to model the crank slider mechanism
- Connecting rod is attached to the crank disk via a crank with three adjustable crank radius positions
- Opposite end of the connecting rod is connected to a fixed cylinder, simulating piston movement
- Crank disk features an integrated angle scale for precise angular adjustments
- A millimetre-precise steel ruler is mounted on the cylinder for accurate stroke length measurements
- Components are securely mounted on a robust base plate for stability during demonstration
- Two side handles on the base plate allow easy carrying and stackable storage
Benefits
- Provides visual and practical understanding of harmonic motion in crank-slider systems
- Adjustable crank radius enhances flexibility and depth in motion analysis experiments
- Precision measurement tools support accurate data collection for academic applications
- Compact and portable design enables flexible use in classrooms and laboratories
Why Choose the GUNT Kinematic Model Crank Slider?
Engineered for educational environments, this model offers hands-on experimentation with harmonic stroke motion. Its adjustable crank radius, precision tools, and durable design make it an essential tool for teaching mechanical principles effectively.
