Bowl Cutter Blades

BE carries a wide range of grinder and emulsifier plates, knives, and inserts as well as bone and gristle elimination systems. Our top-performing plates, knives, inserts and more are made of heat-treated tool steel and ground to manufacturer’s specifications for a consistent strong edge producing cooler cutting results and improved productivity. We offer parts and accessories for all U.S. and European style systems.

BE manufactures dicer blades using proprietary, corrosion-resistant, steel for all leading machine systems; in various forms and cutting edges, with coating, and/or teeth.

BE skinner and derinder blades are made of surgical grade stainless steel. Available in regular corner or safety chamfered corner, in all sizes to fit all skinning machines. Precisely engineered blade geometry reduces surface friction and compression.

BE's involute and circular slicer blades are ideal for high-speed slicing processed and whole muscle meats and cheeses. These blades are precision manufactured from the highest quality materials in a variety of bevel styles and serrations to fit your application perfectly. Various coatings available such as Teflon for slicing sticky products or Chrome for corrosion-resistance.

BE carries a wide range of grinder and emulsifier plates, knives, and inserts as well as bone and gristle elimination systems. Our top-performing plates, knives, inserts and more are made of heat-treated tool steel and ground to manufacturer’s specifications for a consistent strong edge producing cooler cutting results and improved productivity. We offer parts and accessories for all U.S. and European style systems.

BE manufactures dicer blades using proprietary, corrosion-resistant, steel for all leading machine systems; in various forms and cutting edges, with coating, and/or teeth.

BE skinner and derinder blades are made of surgical grade stainless steel. Available in regular corner or safety chamfered corner, in all sizes to fit all skinning machines. Precisely engineered blade geometry reduces surface friction and compression.