Vertical Conical Ribbon Blender (Screw Ribbon Mixer) Series with Screw Ribbon Agitator

The Vertical Conical Ribbon Blender is a high-efficiency mixing solution designed for gentle and uniform blending of powders and granules. Its vertical conical vessel combined with a screw ribbon agitator creates a three-dimensional material flow pattern, ensuring consistent mixing while minimizing product degradation and segregation.

Unlike conventional horizontal mixers, the conical geometry promotes complete discharge and reduces material retention, making the Vertical Conical Ribbon Blender especially suitable for multi-product operations, high-value materials, and applications requiring strict hygiene standards. This blender is widely used in food, pharmaceutical, chemical, and advanced material industries where precise blending, low shear, and repeatable results are critical.

Key Features

• Gentle & Uniform Mixing
  The screw ribbon agitator drives material upward along the vessel wall while allowing gravity-assisted downward flow at the center, achieving excellent blending uniformity with minimal shear.
• Vertical Conical Design for Complete Discharge
  The conical vessel ensures near-total product discharge with virtually no dead zones, reducing cross-contamination and cleaning time between batches.
• Suitable for Powders, Granules & Powder-Liquid Blends
  The Vertical Conical Ribbon Blender handles free-flowing powders, granules, and formulations requiring controlled liquid addition without lump formation.
• Ideal for Multi-Product & Small-Batch Production
  Minimal product residue and easy cleaning make it an excellent choice for frequent recipe changes and high-value formulations.
• Customizable for Process Requirements
  Available options include:
  1. Liquid spraying systems
  2. Heating or cooling jackets
  3. Vacuum operation
  4. Explosion-proof design
  5. Sanitary construction for food and pharmaceutical applications
• Low Energy Consumption & Reliable Operation
  The slow-speed mixing mechanism reduces power consumption and mechanical stress, resulting in stable operation and long service life.