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Braking Systems for Overhead Material Handling and Transfer Equipment

Material handling equipment is responsible for moving, lifting, transferring, and positioning products throughout manufacturing facilities, warehouses, distribution centers, and processing operations. Whether controlling a bridge crane carrying heavy loads, positioning an automated shuttle, or stopping a conveyor at a transfer point, braking performance directly influences system control and operational consistency.

Hilliard braking technologies are designed for applications where load control, positioning accuracy, and repeated operating cycles are critical to equipment performance.

Butterfly valve with a red body and black sealing element, showcasing the actuator and connection points for fluid control applications.

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Material Handling Products

Founded in 1905, Hilliard has grown from a one-product business into a global manufacturer serving customers across motion control

benefits

Managing Load Control Across High-Cycle Applications

Material handling equipment frequently performs thousands of operating cycles while transporting products, components, and raw materials throughout a facility. Braking systems must provide consistent torque, predictable stopping characteristics, and dependable holding capability across varying load conditions.

Aerial view of a material handling site featuring conveyor belts transporting aggregates, heavy machinery including a yellow loader and trucks, and a backdrop of natural landscape with trees and sand piles.

Hilliard Products for Material Handling Applications

Holding Suspended and Stationary Loads

Provides braking force for equipment that must securely hold loads during lifting, transfer, storage, or positioning operations.

Controlled Deceleration

Helps manage stopping forces during equipment travel, reducing shock loading on structures, drive systems, and handled materials.

Positioning Accuracy

Supports applications where equipment must repeatedly stop at defined locations throughout the handling process.

Performance in Repetitive Duty Cycles

Designed for equipment that operates continuously through frequent start, stop, and hold sequences.

Featured Case Study or Use Case

Crane, Hoist, Conveyor, and Automated Handling Applications

Material handling systems often combine multiple equipment types working together to transport products through a facility. Each stage requires controlled movement and dependable stopping performance to maintain safe and efficient operation.

Overhead Cranes and Hoists

Provides braking capability for lifting, lowering, and holding functions in load handling applications.

Conveyor and Transfer Equipment

Supports controlled stopping and positioning at transfer points and processing stations.

Automated Storage and Retrieval Systems

Helps maintain accurate positioning during storage, retrieval, and transport operations.

Monorail and Rail-Guided Systems

Provides motion control for equipment transporting materials throughout manufacturing and distribution facilities.

Green construction crane against a blue sky, showcasing its lifting capabilities for material handling in construction projects.

WHY HILLIARD

Why Material Handling OEMs Choose Hilliard

Designed for High-Cycle Operation

Braking systems engineered to maintain consistent torque output across demanding start, stop, and holding cycles common in automated material handling equipment.

Application-Specific Brake Configurations

A broad range of caliper, disc, and motion control products supports overhead lifting, horizontal transport, and precision positioning applications.

Engineered for System Integration

Products developed to integrate with OEM equipment, supporting mechanical layouts, performance objectives, and installation requirements across diverse handling systems.

Manufacturing Experience You Can Build On

Decades of brake design, engineering, and manufacturing expertise supporting industrial material handling equipment operating in demanding production environments.

Application-Focused Products Backed by Engineering Expertise

Technical Knowledge

Proven Performance

Responsive Support

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