Paper

Precision, reliability and durability for continuous, high-speed production and heavy-duty material handling.

From pulp to power

The paper industry combines continuous, high-speed production with heavy-duty material handling. Our gearboxes are used across pulp preparation, formation, drying and finishing, providing mission-critical reliability in demanding mill conditions.

High-speed power and utility drives in a paper mill

High-speed gearboxes

Precision-engineered for turbomachinery and critical high-speed processes within the paper production cycle.

  1. Steam turbine drives

    Used for captive power generation, matching turbine speed to generators or equipment while handling high speeds and thermal stresses.

  2. Compressors

    Supporting process air and pneumatic systems with high-speed precision, low vibration and consistent performance.

  3. Pumps

    Efficient transport for pulp, chemical dosing and water circulation using corrosion-resistant materials and robust sealing.

Paper machine and pulp-preparation drives

Low-speed / high-torque gearboxes

Rugged drive solutions designed for paper machines, pulp formation and dewatering equipment operating under demanding duty cycles.

  1. Paper machine drives

    Precise speed control and smooth torque for paper rolls, calenders, reel drums and winders to ensure product quality.

  2. Dryers

    Continuous duty operation under elevated temperatures, engineered for thermal stability and long-term service life.

  3. Agitators & mixers

    Pulp and chemical preparation drives with robust construction and resistance to humid, chemically active environments.

  4. Hydro pulpers

    Designed for the heavy loads of initial pulp formation, with high torque and shock load resistance.

  5. Screw presses

    Dewatering applications handling high torque loads at slow speeds under wet and fibrous conditions.

Gearboxes in the paper industry are critical to maintaining process continuity and product quality. Engineered for precision and resistance to moisture, chemicals and thermal stresses, they deliver long-term reliability in the most demanding mill environments.