Kinematics - Model SYNCRO-COIL -Vibrating Conveyors

Trough Design
Recommending the correct trough design is one of the most important factors in meeting your needs for vibratory conveyors. It’s not just fit and finish; our experienced design staff gives careful considerations to product factors such as bulk density, angle of repose, particle size and configuration to name just a few. Further, we offer trough designs with sub-assemblies that speed up trough replacement for high wear applications.

SYNCRO-CUSHION™ Coil Spring Drive
Our proven SYNCRO-CUSHION™ coil spring drive combines the advantages of natural frequency vibratory action with a rugged drive and trough connection. The result: exceptional performance in high load or adverse operating conditions.

• Available in infinite lengths and widths.
• Each machine is designed specifically for your application so you know it will work.
• SYNCRO-COIL® drive system uses very little energy and can power through adverse operating conditions.
• Conveyors can go up, down, or in circles.

• Versatile Design Options - Light and heavy-duty construction as well as different isolation and drive configurations depending on your application.
• SYNCRO-CUSHION Coil Spring Drive - coil spring connection to trough offers protection to drive components should an overload occur.
• Aluminum Rocker Legs - aluminim legs offer the strength of steel while significantly reducing vibrating weight of machine. Aluminum also quickly conducts heat away from the bushings. Less weight and less heat mean less wear on components and more uptime for your equipment.
• Balanced and Isolated designs - In many installations, transmission of forces to the surrounding supports or building steel is unacceptable. GK offers many different types of counterpoised designs to absorb or isolate reaction forces. These include duplicate trough reactor assemblies, sub-base to earth spring systems, and positively driven balancer mass that moves 180 degrees out-of phase - to name just a few. GK will work with you to determine which design will work best with your process application.