The GUNT Kinematic Model Four-Joint Link demonstrates how rotary motion is converted into oscillating motion using a four-bar pivot gear. This model allows hands-on exploration of various kinematic configurations in mechanical systems.
Product Features
- Converts rotary motion into oscillating motion using a four-joint link mechanism
- Allows investigation of crank-rocker, double rocker, and double crank mechanisms
- Includes drive disk with crank and coupling, and output disk with rocker
- Elements are connected with pivot joints, with adjustable positions for crank radius, oscillation radius, and coupling length
- Drive disk can be manually rotated to demonstrate mechanical movement
- Input angle is adjusted using the drive disk with integrated angle scale on the base plate
- Output angle is read from an angle scale on the output disk
- Components are securely mounted on a durable base plate
- Equipped with two side handles for convenient transport and stackable storage
Benefits
- Visual and interactive demonstration of complex kinematic motion conversion
- Adjustable pivot points allow for exploration of multiple linkage configurations
- Angle scales ensure accurate measurement and motion analysis
- Robust and compact design suitable for classroom and laboratory settings
Why Choose the GUNT Kinematic Model Four-Joint Link?
Ideal for educational use in mechanical engineering, this model helps students understand the functionality and variation of four-bar linkages. Its modularity, precise angle scaling, and clear visualization make it a valuable teaching aid.
