Lab High Shear Mixer

The BOFA25 is a high-performance laboratory high shear mixer engineered for demanding R&D and small-batch processing. Powered by a robust high-speed core drive motor, this versatile lab homogenizer achieves an impressive rotational speed of up to 28,000 rpm and a peripheral line speed of 28 m/s. It seamlessly integrates multiple chemical and material processing functions, including mixing, dispersing, crushing, dissolving, fine deagglomeration, homogenizing, and emulsifying, providing an all-in-one solution for diverse laboratory workflows.

Key Technical Features

Premium 316L Stainless Steel Construction

To ensure maximum cleanliness and safety, all fluid-contacting parts of this lab mixer are crafted from high-grade 316L stainless steel. This advanced manufacturing process delivers exceptional corrosion resistance and a hygienic surface, making the equipment ideal for strict sanitary standards in pharmaceutical, food, and chemical laboratories.

Modular Design and Smart Digital Control

The BOFA25 features a flexible modular architecture that supports a wide range of interchangeable specialized stator and rotor working heads. Equipped with an intuitive digital display controller, operators can monitor and adjust mixing parameters in real time to adapt to various viscosity and material testing requirements.

Working Principle and Shear Efficiency

During operation, the high-speed rotor draws materials into the narrow precision gap between the rotor and the stator. The material undergoes millions of high-frequency shearing actions per minute, generating intense hydraulic shear effects and strong turbulent fields. Under the combined action of centrifugal force, compression, grinding, and impact, immiscible solid, liquid, and gas phases are instantly refined. The result is a significantly narrower particle size distribution and enhanced long-term product stability.

Versatile Laboratory Applications

This industrial-grade laboratory mixer delivers reliable and repeatable results, helping R&D professionals efficiently validate material processes and optimize formulations across multiple sectors:

• Pharmaceutical Industry: Ideal for vaccines, fat emulsions, tissue homogenization, and cell disruption.
• Cosmetics and Daily Chemicals: Perfect for formulating cosmetic creams, lotions, hair care products, and skin care emulsions.
• Food and Beverage: Used for yogurt stabilization, fruit juices, flavor emulsification, and dairy processing.
• Fine Chemicals: Highly efficient for pesticide suspensions, pigment dispersion, textile auxiliaries, and polymer modification.