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Top Former Units

Top Former units are designed to improve sheet quality, formation, smoothness and two-sidedness by drainage from the top side. High impulse from blade forming to enhance the formation and gentle low-energy dewatering through roll forming are offered in the top former units.

C Former™ - Flexible combination of blade and roll forming, providing excellent sheet improvement at low-energy consumption in vacuum and drive requirements.


V-Former™ - Vacuum assisted inverted dewatering forming shoe. For high speed operation and increased dewatering capability.

  • Complete safety audit for guarding and safe operation
  • Solid 316L and steel 316L Clad construction
  • Modular and cantilever unit for ease of installation on existing fourdrinier
  • Accessibility for proper operation
  • Adjustability to optimize sheet property
  • Improved formation
  • Improved two-sidedness
  • Improved smoothness
  • Flexible operation
  • Low vacuum consumption and drive HP for the C-Former™ system
  • High speed and drainage capacity for the V-Former™ system
general requests

Top Former Units

Top Former units are designed to improve sheet quality, formation, smoothness and two-sidedness by drainage from the top side. High impulse from blade forming to enhance the formation and gentle low-energy dewatering through roll forming are offered in the top former units.

  • Further Details

    C Former™ - Flexible combination of blade and roll forming, providing excellent sheet improvement at low-energy consumption in vacuum and drive requirements.


    V-Former™ - Vacuum assisted inverted dewatering forming shoe. For high speed operation and increased dewatering capability.

  • Technical Information

    • Complete safety audit for guarding and safe operation
    • Solid 316L and steel 316L Clad construction
    • Modular and cantilever unit for ease of installation on existing fourdrinier
    • Accessibility for proper operation
    • Adjustability to optimize sheet property

  • Benefits

    • Improved formation
    • Improved two-sidedness
    • Improved smoothness
    • Flexible operation
    • Low vacuum consumption and drive HP for the C-Former™ system
    • High speed and drainage capacity for the V-Former™ system

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