TAPER-SLOT® Vibratory Screen
Battleship Tough Vibratory Finger Screen
The innovative long-stroke TAPER-SLOT® Vibratory Screen is designed to excel in challenging applications that conventional vibratory screens cannot handle. It is ideally suited for non-uniform and difficult-to-screen bulk materials. The combination of long-stroke vibratory action and screen design provides smooth, continuous, material flow and efficient separations.
For stickier applications, including C&D materials, you can now select a SUB-PAN FREE® long-stroke TAPER-SLOT® Screen with classified fractions discharging directly into a bunker or onto a take-away conveyor. The SUB-PAN FREE® option is the right choice for sticky applications, eliminating material build-up, wear, and related sub-pan maintenance items.
Features
Hover over features to see descriptions
Load Plate
Vertical Drop
TAPER-SLOT® Screen
The combination of long stroke vibratory action and screen design provides smooth, continuous, material flow and efficient separations. Longer pieces that initially enter an aperture don’t free-fall into the screened fraction but rather contact the formed “tail” portion of the TAPER-SLOT® Screen and convey downstream for discharge with the oversize.
Collecting-Pan Access / Clean-Out Port
Vibration Isolation
Collecting-Pan & Liner
Stabilizer Arms
Long Stroke Reaction Spring
Sympathetic Balancer
Photos & Videos
Benefits
Unlike conventional vibratory finger screens, the highly efficient TAPER-SLOT® Vibratory Screen, with lateral wedge members offers the following benefits for superior screening performance:
Conventional Finger Screen
TAPER-SLOT® Screen
Hang-Up Elimination
Lateral wedge deflectors prevent material from shifting laterally and catching under or wrapping around finger tips, thus allowing the screen to remain clean for maximum screening efficiency.
Accurate Sizing
Lateral wedge deflectors prevent longer, often oversized materials from shifting sideways under a finger tip and falling into the accepts.
Ultra-Rigid
Lateral wedge deflectors prevent undesirable “finger–bending” and function as gussets under each finger to provide the ultimate in rigidity for long screen life.
Self-Relieving
Staggered fingers and divergent openings allow particles the opportunity to self-relieve / cam-out.