Small laboratory mixers are widely used in small batch sample preparation, but there are often problems of mixing, mainly because of material overloading, excessive solid content over load, or mechanical or electrical malfunctions, especially when dealing with high viscosity and solid mixture material。
In the face of this dilemma, simple maintenance can only solve the problem on a temporary basis, and it is better to replace high-speed blenders with high power if complex materials are handled and mixing efficiencies are improved. With its strong power and scientific structure, it can fundamentally address the problem of intermingling and mixing, while linking small trials to industrial production and optimizing process parameters。
High-powered electric machines with high-speed blenders with high-power output can easily cope with high viscosity, high-condensed material and avoid carton smothering. Flexible oars are designed to fit different materials, with strong shearing force to break the material reunion, not only to solve the problem of mixing, but also to improve experimental efficiency and test samples。
The choice of such equipment would address the pains of small mixers and support industrial production. As a “bridge” between small trials and volume production, it validates the feasibility of process amplification, provides quantitative reference, and is easy-to-operate and suitable for multiple industries, laying the foundation for the transformation of experimental results。
The shanghai-ou river is a plant that specializes in hydro-mixed lactation solutions. The company has extensive application case studies, the main laboratory mixer, the laboratory emulsifier, the laboratory vacuum-reaction pad, the ultrasound processor, the ultrasound-reaction pad, etc., and is not customised to meet various conditions of work, if needed。
