Vibrating Feeders
General Kinematics vibratory feeding technology is ideal for feeding and metering a wide variety of bulk materials. From pile activation to precise product metering, GK has the right vibratory feeder technology for your process. GK’s Two-Mass variable frequency design allows for up to 100% process turn-down without changing motor speed and continues operation even during surges and overload conditions.
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AIR-DUO™ Pneumatic Feeder Drives
AIR-DUO™ Pneumatic Feeder Drives from General Kinematics puts more energy into your feeding systems than standard pneumatically driven feeder designs. Utilizing a two-mass spring system, […]
HULA-HOPPER® Bin Activator / Feeder
The General Kinematics HULA-HOPPER® Bin Activator is an improved vibratory equipment concept based on operating principles proven in thousands of General Kinematics installations. Within a […]
INDIRECT COOLER FOR HYGROSCOPIC MATERIALS
[vc_row][vc_column][vc_column_text]General Kinematics' New Alternating Flow Cascade (AFC) Indirect Cooler significantly ...
PARA-MOUNT II® Vibrating Feeders
Proven performance and maintenance free operation make PARA-MOUNT II® Vibrating Feeders the first choice in vibrating feeders for the most demanding applications. PARA-MOUNT II® Vibrating […]
S-SERIES Standard Series Vibratory Feeders
The General Kinematics S-SERIES Standard Series Vibratory Feeders are ideal for handling a wide range of light duty, free-flowing products, including foods, ingredients and chemicals. […]
Standard Bin Activators
General Kinematics Standard Bin Activators are designed to feed and meter bulk materials. GK’s non-compacting “first in – first out” design discharges material without particle […]
TWO-WAY™ Horizontal Feeders
TWO-WAY™ Feeders from General Kinematics open up a wide range of process possibilities. The TWO-WAY™ unit’s bi-directional conveyance allows you to alternate material flow for […]
VIBRA-FIN™ BULK MATERIAL COOLER
General Kinematics VIBRA-FIN™ Bulk Material Cooler is ideal for cooling or heating granular materials. Processing material to accurate and specific temperatures with indirect cooling and heating […]