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 them more effectively while achieving faster material travel speeds and higher lift for challenging materials. This results in a lower bed depth, evenly distributed materials, and significantly improved screening accuracy and efficiency. Combined with our newly engineered finger deck design, which boasts 50% or greater open area, the Velocity offers superior performance, allowing materials to pass through efficiently while minimizing clogging and maximizing recovery rates.

  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 […]

Recycling facilities demand efficiency, durability, and reliability. Material handling challenges, maintenance issues, and inconsistent separation slow down your operation and eat into profitability. The FINGER-SCREEN™ family of primary vibratory screens from General Kinematics is engineered to solve these challenges, delivering unmatched performance in material separation and throughput optimization.  GK's FINGER-SCREEN™ Family From single stream to [...]

Screen Smarter

General Kinematics patented FINGER-SCREEN™ Primary Screen design concept for resource recycling has proven to be highly successful in a wide range of applications that are prone to process challenges common to other types of screening media.

The heart of your sorting system The superior performance of vibratory processing with GK’s unique FINGER-SCREEN™ deck delivers highly efficient separation and classification. The vibratory action spreads material across the deck thereby lowering the bed depth for maximum utilization of the screen area. Tapered finger designs along with unique cam-out surfaces and staggered positions help to prevent material bypass. Separation performance is further enhanced as material freely cascades down the deck with less plugging, trapping, or pegging. The result: continuous, dynamic material flow to enhance and optimize separation and classification.

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 your efficiency and lower your maintenance needs with General Kinematics.

The FINGER-SCREEN™ Grizzly Screen provides a pan component at the feeder that begins to separate the material. Mounted on springs, the feeder is vibrated, causing the material to move along and be sifted as it moves toward the discharge end. The discharge end has a grizzly section with outlets that cause the undersized or finer material to depart before entering your crusher. Scalping the amount and size of the material before it enters the crusher can increase efficiency and decrease wear on your equipment.

General Kinematics’ non-binding FINGER-SCREEN™ Vibratory Separator for Wood has proven to be highly successful in a wide range of applications, especially ones prone to problems common to conventional wire mesh screening surfaces.

Our vibratory separator’s superior processing improves your sorting.  And the simple jam-proof movement over our unique FINGER-SCREEN™ Vibratory Separator delivers highly efficient separation and classification. The unit’s vibrating motion spreads material evenly across the deck for maximum separating efficiency.

Multiple size-separating decks enhance classification while the staggered finger positions prevent material bypass.

Separation and screening performance are enhanced as material freely cascades through the unit with less “trapping”.The result: fast, smooth continuous material flow throughout the entire separation and classification process.