Vertical Pharmaceutical Colloid Mill for Creams and Ointments

In operation, the Vertical Pharmaceutical Colloid Mill for Creams and Ointments operates by a motor-driven, vertically mounted rotor that rotates at high speed. Material enters the grinding chamber through the feed inlet. A tiny gap forms between the rotor and the stator, generating intense shearing, friction, and impact forces, rapidly pulverizing, emulsifying, and homogenizing ointments, creams, and other similar materials. The material repeatedly passes through the gap between the grinding discs in a circulation process, gradually refining and evenly distributing the particles to form a uniform, smooth, and fine paste. By adjusting the grinding disc gap and rotation speed, the fineness, viscosity, and homogenization effect of the finished product can be precisely controlled, making it suitable for small-batch and industrial-scale production of pharmaceuticals and cosmetics.

• Vertical design allows space-saving installation and efficient mixing, suitable for laboratory and industrial pharmaceutical production.
• High-speed rotor–stator system provides strong shear and friction, producing uniform, fine, and smooth creams and ointments.
• Adjustable grinding gap enables precise control of particle size, viscosity, and texture for diverse pharmaceutical formulations.
• Constructed with 304 or 316L stainless steel, ensuring corrosion resistance, hygiene, and easy cleaning according to GMP standards.
• Continuous circulation design allows uninterrupted processing, improving production efficiency and maintaining consistent product quality.
• Compact and stable frame reduces vibration and noise, ensuring safe, reliable, and long-term operation in pharmaceutical environments

The Vertical Pharmaceutical Colloid Mill for Creams and Ointments is primarily used in the pharmaceutical and cosmetic industries, for example, in the production of high-viscosity paste products such as medicated ointments, anti-inflammatory creams, skin creams, and moisturizing lotions. It achieves homogenization, emulsification, and refinement, improving product stability and user experience, and is suitable for laboratory research and development as well as small- to medium-batch industrial production.