Search Results for "finger screen"

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.

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 […]

General Kinematics FINGER-SCREEN™ Vibratory Separator for resource recycling has become an industry icon and proven in hundreds of applications around the world. Now, General Kinematics has raised the bar again. The new FINGER-SCREEN™ 2.0 Primary Screen takes screening to the next level. Featuring all the benefits of the original, this new design in tandem arrangement, provides a […]

  Condition: Completely new Industry: Recycling Application: Primary recycling screen Model: FNGR 48 x 15.3 FINGER-SCREEN™ 48” wide x 15’-3” long x 11’-8” tall Approximate ship weight 10,200 lbs 2 HP, 720 RPM NEMA Design B motor 230/460 VAC, 3 phase, 60 htz Various size screen opening available Price: Call GK for more information. Product Description:  Good […]

General Kinematics non-blinding FINGER-SCREEN™ Grizzly Screens have proven their highly successful design in a wide range of applications, including those that are prone to hang-ups common to conventional wire mesh screening surfaces. GK finger decks are made of abrasion-resistant steel and are self relieving to drastically improve screen life in comparison to wire-mesh screens. Improve […]