Structural Composition
Drum: It is a key component of the mixer, mounted on the swing frame, supported by four rollers and axially positioned by two thrust wheels. Two of the driving wheels are driven by a rotating power system to make the drum rotate.
Swing frame: Driven by a set of crank and rocker mechanisms, which are mounted on the frame. The swing frame is supported on the frame by bearing assemblies, enabling the drum to swing while rotating.
Frame: Used to support components such as the drum and the swing frame, divided into an upper frame and a lower frame. The rotating mechanism is located in the upper frame, and the swing mechanism is located in the lower frame.
Working Principle
The rotating drum rotates under the drive of the power system, causing the materials to convect and diffuse inside the drum, achieving initial mixing. At the same time, the swing frame is driven by a crank and swing rod mechanism, making the drum swing left and right while rotating. The materials are mixed with the swing inside the drum. This two-dimensional movement mode makes the materials undergo convection, shear, and diffusion during the mixing process, thereby ensuring the uniformity and sufficiency of the mixing.
Features
High mixing efficiency: The combined rotation and swinging motion of the drum enables materials to be fully mixed in a short time, with a mixing rate exceeding 99%.
Compliant with GMP requirements: Adopting a fully enclosed structure, there is no material accumulation or pollution at the bottom, and it is easy to clean. The material drum and all exposed parts are made of stainless steel, with internal and external polishing treatment, complying with Good Manufacturing Practice for pharmaceutical production.
Simple structure: Low failure rate, stable operation, safe operation, no noise, small volume and small floor space.
Flexible configuration: Can be equipped with an automatic vacuum feeder and interface, facilitating feeding and shortening operation time.
Application fields
Pharmaceutical industry: It is often used in the premixing or granulation process of pharmaceutical raw materials and excipients to ensure the stability and efficacy of drugs.
Food and nutraceutical industry: It is used for the mixing of ingredients in various foods and the preparation of granular substances, such as the mixing of powdered sugar and essence, the dry mixing of vitamin and mineral supplements, etc.
Chemical industry: It can be used in the production of pigments, additives, etc., to achieve product homogenization and ensure stable product quality and performance.
Other fields: It is also applied in industries such as the processing of plastic and rubber products, the preparation of metallurgical materials, etc., for fine grinding and rapid and uniform dispersion treatment.
