Blanchers

Our latest models of Blanchers offer self draining counter balanced cleaning lids fitted down the full length of the machine barrel for easy access for cleaning. Improved circulation & heated water circuit which is pumped into the barrel along not less than four positions down the length of barrel providing an even heat distribution & transfer to product while minimizing cold spots through out the length of the Blancher using our latest Hydro cross flow technology.

FMA can custom manufacture your item to suit your application and needs


FMA Cross flow blancher.

The key benefits of the FMA cross flow blancher are:

  • High cross over water flow rates.
  • Water to product ratio increased.
  • Increased acceleration in product heating cycle.
  • Reduced Delta T across the heating system.
  • Reduction in over blanched product resulting in high produce losses downstream.
  • Reduction in blanching variability, even core temperature rates are more achievable.
  • Reduction in tissue damage and product compression.
  • Accurately controlled temperature ratio throughout the blancher length.
  • Improved temperature transfer rate to the product.
  • Removal of cold spots throughout the length of the blancher.
  • Efficiency gains during the blanching process.
  • Less than a 2ºC temperature fluctuation throughout the entire blanching process.
  • Improved control over blanching losses.
  • Accurate final product blanching rates.
  • Even product texture rates.
  • Reduction on auger/product loading.

Due to the overall efficiency gains of a cross flow blanching method and the finite control over the finished degree of actual blanching levels throughout the product thickness and across its shape, this system can provide down stream benefits in further processing such as a reduction in losses due to the accurate control over the blanching process itself.


By comparison traditional screw blanchers and methods can result in temperature variations of up to 6ºC in the circulated water temperature and variations within the blanching cycle.