MARTIN® Vibrator Mounts, Brackets and Accessories

Martin Engineering offers a variety of mounting systems to suit your MARTIN® Vibrator. Permanent or portable mounting brackets are available to match your vibrator model and your application requirements. Martin Engineering also offers a variety of air supply line and electric supply components. For assistance in selection of the right components, contact Martin Engineering.

Wedge Type Brackets

LBF-LBM - Have the same taper and width used in standard railroad car industrial vibrator wedge. Female LBF is weldable steel alloy for welding or bolting in place. SBF-SBM-SBF is weldable steel wedge receiver (female bracket) to take mount SBM. Use where vibrator is to be moved from job to job.

F-Style Weldable Cast Steel Brackets

F-Type Mount - These cast, permanent brackets make mounting easy on steel structures. Weld to flat surface and install bolts throught "T" slots.

Clamp Mount Blocks

Clamp Blocks - Find the most effective location for vibration. Clamp Blocks can be clamped easily to angle - no welding, drilling, or cutting. These rugged clamping blocks make vibrator installation easy - for trial purposes or permanently. Attached and removed with standard wrench by two hardened steel set screws.

Electric Vibrator Mounting Brackets

Includes TBM Mount - Mates to LBF female brackets as seen on rail cars, ECF Bracket - converts bolt-inplace vibrators into secure but readily removable mountings and W Beam Kit - to fit specific vibrators, the mount is predrilled and ready to skip-weld to bin. Includes vibrator mounting hardware and safety cable.

Piston Vibrator Mounts

Options include TPC Channel Mount, TBM Mount and Clampmount Blocks for precise placement of your applied industrial vibration.

VIBROTOR® Cradle Lug Brackets

VIBROTOR® Cradle Lug Brackets include standard, wedge mount and clamp mount options.

 

Using the power of applied vibration, MARTIN® Engineered Vibration Technologies energize material, reducing friction against container walls as well as internal particle-to-particle cohesion. The material moves more freely, feeds more effective, sorts more consistently, compacts more efficiently, and handles more easily.

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