Non invasive material homogenizer

Non-intrusive material homogenizer It is an efficient equipment that achieves material homogenization and defoaming through centrifugal force, vacuum system and compound motion. Its core design adopts a composite motion mode that combines "revolution" and "rotation", combined with vacuum degassing technology, and is suitable for dispersing, mixing and air bubble removal of high-viscosity materials (such as adhesives, inks, slurries, etc.). This equipment does not require direct contact with materials, and uses the synergy of centrifugal force and vacuum to complete processing to avoid cross-contamination. It is widely used in laboratories and industrial production.

Non-intrusive homogenizers are mainly used in the following fields:

1. High viscosity material handling : Such as homogeneous dispersion of adhesives, coatings, and inks, eliminating bubbles and particle agglomeration in materials.

2. Pharmaceuticals and Medical : Homogenization and defoaming of drug suspensions, liposomes, and injections to improve drug stability and bioavailability.

3. New energy and electronic industry : Uniform mixing of battery slurry, conductive adhesive and other materials to ensure product performance consistency.

4. Food and Cosmetics : Homogenization of emulsions and pastes to improve texture and stability.

5. Scientific research experiments : Rapid dispersion and deaeration of laboratory-grade small batch samples.

Technical parameters

This machine uses planetary transmission (revolution + rotation) to exert a centrifugal force equivalent to hundreds of weights of the material itself on the material in the cup (or carrier). Combined with the combination of the revolution and rotation to knead the material, it ultimately achieves rapid uniformity of multi-component materials.

Due to the powerful centrifugal force of the machine itself, the bubbles inside the material are squeezed out of the body by this force. This is supplemented by vacuum to achieve the function of quickly removing bubbles from the material.

• revolution motion : The carrier rotates around the central axis of the equipment at high speed, generating centrifugal force to squeeze the material downward and discharge the internal air bubbles.

• rotational motion : The carrier itself rotates at high speed, and cooperates with the revolution to form a vortex flow, which enhances the mixing effect.

• defoaming stage : The vacuum system forms a negative pressure in the cavity, completely extracting the bubbles squeezed to the surface by centrifugal force, while reducing the risk of material oxidation.
  Through the above composite effect, the material can be evenly dispersed and bubble-free in a short time.

• Composite motion design : The speed of revolution and rotation can be adjusted independently, which can adapt to the processing needs of materials with different viscosities and achieve efficient mixing and deaeration.

• Vacuum degassing technology : Quickly extract air bubbles through the vacuum system (-99kPa to -100kPa) to improve material density.

• Temperature rise control : Optimize motion parameters to reduce frictional heat generation and avoid the impact of high temperature on heat-sensitive materials.

• Strong compatibility : Supports various material types such as liquid, solid, powder, viscous liquid, etc.

• Easy to operate : Equipped with human-computer interaction interface, supports multi-parameter programming and simplifies the operation process.

• Easy to clean and maintain : Modular design, contact parts are easy to disassemble and clean, and comply with hygiene standards.