Search Results for "finger screen"

In BOOTH 2027, we will be showcasing GK’s FINGER-SCREEN™ live and in action during the show! With increased reliability, higher tonnage capacity, and unsurpassed wear resistance, this unit is the heart of sorting systems around the world. The superior performance of vibratory processing with GK’s unique FINGER-SCREEN™ deck delivers highly efficient separation and classification at [...]

Screen Smarter Introducing the General Kinematics FINGER-SCREEN FreeFlow™, an evolution of our proven FINGER-SCREEN™ technology. Building upon the original’s success, renowned for its efficient separation and classification across various applications, the FINGER-SCREEN FreeFlow™ takes performance a step further. The FINGER-SCREEN FreeFlow™ is open below the screening deck surface, allowing material to flow freely through the […]

General Kinematics’ High-Energy Primary or Secondary Screens have proven to be highly successful in a wide range of applications that are prone to process challenges common to other types of screening media.

Enhance Your Material Separation General Kinematics FINGER-SCREEN Velocity™ (formerly known as FINGER-SCREEN™ 2.0) vibratory screen enhances the material separation efficiency of the original FINGER-SCREEN™ with innovative long-stroke vibratory action designed to enhance screening for even the most demanding recycling operations. The longer stroke action of the FINGER-SCREEN Velocity™ imparts more energy into the materials, screening […]

General Kinematics’ FINGER-SCREEN™ for Waste to Energy (WTE) is proven to be highly successful in processing wet bottom ash and scalping off the “bulkies”. GK’s vibratory FINGER-SCREEN™ is a Two-Mass, low horsepower design with few moving parts for low maintenance, maximum up time and reliable performance. The FINGER-SCREEN™ finger decks are designed with superior wear […]

The FINGER-SCREEN™ vibratory screener is a patented, non-binding design concept for resource recovery. Our vibratory screeners can be used to separate materials by size, removing small particles from large objects. This process makes it easy for sizing and classifying a wide variety of materials, completing the work of several people in a reduced amount of […]