Guillotine Cutoff Shape Former

 

Guillotine Cutoff Shape Former

  • Produce exact-weight formed portions
  • Interchangeable die insert allows quick and easy change of product shapes
  • Ideal for portioning all types of patty and nugget shapes
  • High portioning rates
  • A variety of solutions available for applications of all types and sizes

Reiser has designed a variety of simple Shape Forming systems for all types of applications and production requirements. This solution combines a Vemag Stuffer with the proven Guillotine Cutoff attachment. A Reiser-engineered Waterwheel flow divider can be added for multiple-lane production. Use it to produce all types of shaped products -- patties, chicken nuggets, crab cakes and more!

Vemag Stuffer
At the heart of the system lies the Vemag Stuffer. The Vemag features a powerful, positive displacement double-screw pump that provides the highest levels of portioning accuracy. The double-screw transports product extremely gently and without smearing. The Vemag is available in various models and hopper capacities to meet any production requirement.

Waterwheel
The Reiser-engineered Waterwheel attachment is a flow divider that connects to the Vemag Stuffer. The Waterwheel divides the product flow into multiple lanes with equal portions from each outlet. A Guillotine Cutoff attachment is then added. Weight accuracy is guaranteed across each lane. It is a proven solution for high-volume production.

Guillotine Cutoff
Reiser's Guillotine Cutoff attachment produces exact-weight formed portions. The Guillotine attachment features an interchangeable die insert that allows processors to quickly and easily change product shapes. Depositing precise and consistent portions onto moving lines is easily accomplished. This system is ideal for portioning virtually any patty or nugget shape.

A single Guillotine Cutoff attachment is an economical solution for increasing production of shaped products.

For larger applications, a Reiser Waterwheel flow divider can be added for multi-lane production.