Mixing & Blending

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Rotary valve position indicators are compact yet rugged for confined and severe locations. These versatile units offer visual position indication as well as two internal limit switches. The spring-loaded splined

Designed for multiple mixing requirements such as high-speed dispersion, emulsification and particle size reduction, the Triple Shaft Mixer is now available with a Solid/Liquid Injection Manifold or S.L.I.M.™ System. The

The company has expanded their line of blenders for continuous blending of two or more powders, pellets or flakes. The blenders are available in five models, with feed rates from

The rotary scalpel technology introduces a revolutionary technology to the batching and filling process industries, recommended for applications requiring exceptional precision and ultimate process optimization of cost and quality. According

The blender features a discharge screw positioned across the entire bottom of the trough and powered by a separate direct drive system for independent speed control. The discharge screw assembly

The Homogenization Test Laboratory was developed for manufacturers of dispersions, emulsions, and slurries that require complete consistency and repeatability. Utilizing a dynamic in-line mixer or high shear colloid mill featuring

The mixer is specifically engineered for critical SIP/CIP environments and has all stainless steel construction with smooth surfaces for superior wash-down capabilities. The mixer is ideal for sanitary, pharmaceutical, biotech,

The cantilever design agitator shaft eliminates one set of bearings and seals at the non-drive end of the shaft. This, along with the full diameter hinged and safety, interlocked door

The powder mixer provides quick, high-performance blending of wet and dry ingredients into a fluid stream. The mixer’s proven pump and blender system is efficient and easy-to-use. The unparalleled self-priming

The sanitary wet-mixing colloid mills process all particles through a single mixing head that processes all particles through a rotor and stator; exposing them to the same shear action