DCM-6
Double cone blender for sensitive, free flowing powders and granules.
The DCM-6 Double Cone Blender is a compact and efficient blending system designed for the gentle mixing of free-flowing powders and granules. Its radial tumbling action makes it particularly suitable for sensitive materials and highly diluted powder blends where uniformity is essential.
The double-cone design creates a distinctive tumbling motion that continuously redistributes the product inside the vessel. This allows fast, homogeneous mixing without the need for internal baffles, helping protect delicate materials while reducing cleaning complexity.
Key Features
- Double-cone vessel for gentle radial tumbling mixing
- Suitable for free-flowing powders, granules, and sensitive formulations
- Efficient blending of highly diluted powder mixtures
- Capable of processing blends with ratios down to 1%
- No internal baffles required
- Compact, powerful, and GMP-compliant design
- Corrosion-resistant, medical- and food-grade product-contact materials
- Sterilizable contact parts in accordance with GMP requirements
- Connection to the UAM Universal Motor Drive through the UGD Universal Gear Drive
- Smooth, stepless speed adjustment
Applications
The DCM-6 is designed for dry solid/solid blending processes, including:
- Free-flowing powder blends
- Granule mixing
- Sensitive powder formulations
- Highly diluted powder mixtures
Typical application areas include:
- Pharmaceutical manufacturing
- Herbal and alternative medicine
- Chemicals and fine chemicals
- Food processing
- Agriculture
- Cement and ceramics
- Cosmetics and detergents
- Paints and pigments
Technical Highlights
- Total capacity: 5 L
- Working capacity: up to 2.5 L*
- Speed range: 5–45 rpm
- Dimensions: approximately 285 × 285 × 250 mm
- Net weight: approximately 6.5 kg
*Actual working capacity depends on the properties of the material, equipment configuration, and selected process parameters.
The DCM-6 provides a reliable, hygienic, and gentle solution for R&D, pilot-scale trials, and small-batch production requiring efficient blending of sensitive powders and granules.
