5 Products
Servolift produces the highest quality Pilot and Research Size V-Blenders in both Mobile and Stationary Desktop designs with full customization. To insure compatibility with your existing process we produce our V-Shells in all configurations to match your current process - from slant cone style to symmetric, with or without intensifier bars. Cantilevered Design: Unlike typical V-Blenders seen on the market...
Servolift V-Blenders are produced in both Mobile and Stationary designs, with full customization. To insure compatibility with your existing process we produce all the V-Shells in all configurations to match your current process - from slant cone style to symmetric, with or without intensifier bars. Unlike typical V-Blenders that have supports on both sides of the shell, Servolift blenders employ...
A&M Laboratory V-Shell Blender for the pharmaceutical, food and chemical industry. Designs incorporate interchangeable, cantilevered blender shell modules including V-shell, Conical and Tote Bin shapes having working volumes ranging from 4 quart to 1 cu. ft. Blenders for both solids-solids, and liquids-solids applications are available with a variety of intensifier bar designs. Standard Bench-top Design Features: AISI 316 stainless steel...
Highest Quality, Portable, Pilot and Research size A&M V-Blenders are produced with full customization. From gentle blending to intensive mixing, A&M V-Shell Blenders uniformly displace materials for a complete blending of products via the intermeshing action of tow inclined cylinders attached together in the form of a "V". This results in precise blending with short mix cycles. Tumble blending is...
A&M V-Shell Blenders uniformly displace materials for a complete blending of products via the intermeshed action of two inclined cylinders attached together in the form of a "V". This results in precise blending with short mix cycles. Tumble blending is most suited to products of uniform product size and density, and where requirements for fast, thorough cleaning are desirable in...