For sterile and metal free models
The turbo nano grinder has the same grinding efficiency as the equipment, with good quality repeatability in mass production. It can use grinding media ≥ 0.3mm and is suitable for grinding materials ranging from 1 μ m to 50nm.
In the fields of paint and coatings, lithium batteries, ceramic powders, pharmaceuticals, pesticides, cosmetics, food, etc., the grinding performance is stable and the technology is mature.
SMTC-X Series Overview/Technical Parameters
Efficient Turbine Nano Grinding Machine SMTC-X3~50L

SMTC-X series grinding fineness and effect source;
The isolation plate grinding chamber can ensure high flow rate and select grinding media with a diameter of 0.3mm or more;
Made entirely of ceramic or PU material, ensuring zero pollution of the material;
The strong grinding of materials by the turbine structure ensures narrow particle size distribution and stable quality, greatly improving production efficiency;
The PLC automation control system can connect the mixers in series to achieve cyclic grinding. Reduce labor costs through programmatic control.

The internal components of the barrel can be assembled into fully ceramic parts or ceramic parts combined with polyurethane parts according to different needs. All components are non-metallic and suitable for grinding materials with no metal pollution and pure color requirements.

◆ The static multi gap separation system has a total of 10 discharge gaps, with a large material flow area and high production capacity.
◆ Static separation method, the gap can be modulated by 0.05mm, and 0.1mm grinding medium can be added to ensure the grinding effect.
◆ The cylindrical separator is placed at the center of the barrel and can discharge from 360 degrees without any dead corners.
◆ The precision gasket is located between the gaps, and the gap size can be adjusted as needed.
◆ Simply remove the front cover to clean the separator, and one person can independently complete the operation, making cleaning convenient.
◆ The dual turbine rotor design ensures no dead corners, ensuring a large contact range between the rotor and the beads, fully endowing the beads with kinetic energy.