Skip to main content

Braking and Torque Control for Paper Machines and Converting Equipment

Paper production and converting operations depend on precise torque control throughout unwinding, web transport, rewinding, roll handling, and finishing processes. Large rotating rolls, changing roll diameters, continuous production speeds, and significant rotational inertia require braking systems capable of delivering repeatable torque, controlled deceleration, and dependable holding performance.

Hilliard industrial brakes are applied throughout paper mills and converting facilities where motion control, web tension stability, and equipment positioning directly influence product quality, machine uptime, and operator safety.

Red butterfly valve with a compact design and metal fittings, commonly used in industrial applications for flow control.

Browse Categories

Pulp & Paper Products

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

benefits

Motion Control for Continuous Web Processing Equipment

Paper machines, slitters, rewinders, winders, coaters, and finishing lines require braking systems capable of maintaining stable torque output while operating through changing roll diameters, varying web speeds, and continuous production cycles.

Industrial printing process showcasing large rolls of paper moving through a printing machine, highlighting the machinery and equipment used in modern printing technology.

Hilliard Products for Pulp & Paper Applications

Constant Brake Torque

Industrial caliper brakes provide repeatable braking torque for high-inertia rotating equipment operating under varying production speeds and load conditions.

Web Tension Management

Brake systems help maintain controlled web tension during unwind, rewind, slitting, coating, laminating, and converting operations to support roll quality and process stability.

High-Inertia Roll Control

Supports controlled deceleration and holding of parent rolls, reel drums, rewind shafts, and other large rotating assemblies throughout paper production.

High-Duty-Cycle Performance

Brake assemblies are engineered for continuous cycling, frequent engagement, and demanding industrial service common throughout paper manufacturing facilities.

Featured Case Study or Use Case

Torque Management and Braking for Paper Production

Industrial braking systems support equipment throughout the paper manufacturing process, from stock preparation through converting and finished roll handling.

Paper Machines

Provides braking for maintenance positioning, controlled deceleration, and rotating equipment management throughout the paper machine.

Winders and Rewinders

Maintains braking torque and web tension as roll diameter changes during winding and rewinding operations.

Slitters, Converters, and Coaters

Supports torque management during slitting, laminating, coating, embossing, and finishing processes requiring repeatable web control.

Roll Handling Equipment

Braking systems applied to overhead cranes, hoists, transfer cars, and automated roll handling equipment transporting finished parent rolls throughout the facility.

Close-up of a paper manufacturing machine displaying a large roll of brown paper being processed, illustrating the pulp and paper production process in an industrial setting.

WHY HILLIARD

Why Pulp & Paper Manufacturers Choose Hilliard

Engineered for High-Inertia Applications

Brake systems designed to control large rotating masses encountered on paper machines, reel drums, unwind stands, rewind systems, and converting equipment.

Application Expertise in Web Handling Systems

Engineering support for braking applications involving web tension control, torque management, roll handling, and continuous production equipment.

Built for Continuous Industrial Service

Industrial brake assemblies developed for frequent cycling, elevated thermal loading, and demanding operating conditions found throughout pulp and paper facilities.

OEM and Mill Engineering Support

Application engineers assist with brake sizing, torque requirements, actuation methods, mounting configurations, and integration into new and existing equipment.

Application-Focused Products Backed by Engineering Expertise

Technical Knowledge

Proven Performance

Responsive Support

Back to top