The uniaxial and biaxial of high speed dispersing machine refers to the difference of the axial number and structural form of dispersing tools.

Single axis high speed dispersing machine:
A single – axis high – speed disperser has only one dispersing tool in axial direction.

The dispersion tool is usually a rotating disc or blade attached to the shaft of the dispersion machine.

Single axis high speed dispersing machine is suitable for dispersing operations requiring smaller scale, such as laboratory or small batch production.

The dispersion tool rotates on a single axis, producing high speed shear and strong turbulence effects, thus dispersing and homogenizing the liquid.

Dual-shaft high-speed dispersing machine:
A two-axis high speed dispersing machine has two dispersing tools in an axial direction, usually in a V shape or parallel arrangement.

Dispersion tools can be disks, blades, or other shaped structures, selected according to different process requirements.

The difference between single shaft and double shaft of high speed dispersing machine

The dual-axis high speed dispersing machine has greater dispersing capacity and processing capacity, which is suitable for mass production and the process requiring higher dispersing effect.

The interaction of the two dispersion tools can increase shear forces and turbulence effects, dispersing liquids and homogenizing materials more efficiently.

In general, the single axis high speed dispersing machine is suitable for small scale and relatively simple dispersion process, while the double axis high speed dispersing machine is suitable for large scale and complex dispersion process. The choice of which type of dispersion machine should be based on the specific process requirements, production scale and expected dispersion effect to decide.