Individual Revolution and Rotation
Speed Control System

Rotation can be Changed Independently, Having Such Advantages as:

1. Advantage01

   Minimizing Mixing Non-Uniformity in High-Viscosity Materials

   High-viscosity materials and formulations containing a high proportion of powders often
   exhibit limited flowability, making them prone to unmixed zones and particle agglomeration.
   By optimizing the rotation speed, Kakuhunter efficiently applies shear force throughout the material,
   improving mixing uniformity and facilitating a more homogeneous processing state.

2. Advantage02

   Minimizing Temperature Rise and Material Damage

   Excessive shear forces may cause heat buildup, particle fracture, and degradation of
   resins or functional additives, potentially compromising material properties and product performance.
   By optimizing the rotation-to-revolution ratio based on specific process requirements,
   Kakuhunter delivers the required mixing performance while reducing unnecessary mechanical stress on the material.

3. Advantage03

   Enhanced Powder Incorporation and Dispersion Efficiency

   Following powder addition, materials often float on the liquid surface or form powder agglomerates,
   which can delay homogenization and lead to incomplete dispersion.
   Kakuhunter utilizes convective flow generated by revolution together with flow control induced by
   rotation to efficiently incorporate powders into the liquid phase, improving dispersion efficiency and process consistency.

4. Advantage04

   Optimizing the Balance Between Dispersion and Deaeration

   Aggressive mixing conditions can promote air entrapment, while processing conditions focused
   primarily on deaeration may compromise dispersion performance.
   With independent control of rotation and revolution, Kakuhunter allows users to optimize the balance
   between dispersion and deaeration according to material properties and process objectives, helping to
   achieve superior processing results.

5. Advantage05

   Tailored Process Conditions for Different Materials

   The optimal flow characteristics required for processing vary considerably among low-viscosity liquids,
   high-viscosity pastes, and powder-containing formulations.
   With an adjustable rotation-to-revolution ratio, Kakuhunter enables precise selection of process parameters
   tailored to specific material properties and application requirements, helping users achieve optimal processing performance.

6. Advantage06

   Reduced Processing Time Through Process Consolidation

   Processes such as mixing, powder incorporation, homogenization, and deaeration can be carried out
   continuously by optimizing processing parameters at each stage.
   By minimizing material transfer, handling, and equipment reset between process steps,
   Kakuhunter contributes to shorter processing times, improved operational efficiency, and more consistent product quality.