Working Principle & Core Technology
CO-NELE laboratory intensive mixer is a high-shear forced mixing system for laboratory R&D, batch testing and pilot scale-up. It delivers 3D circulating mixing to homogenize, knead, disperse and granulate dry, semi-dry, plastic and high-viscosity pasty materials with zero dead mixing zones.
As a reliable laboratory intensive mixer for scale up, it supports linear and repeatable data migration from lab trials to industrial production. All mixing parameters including speed, time and material ratio can be directly applied to mass production lines, minimizing R&D costs and shortening material iteration cycles. It serves as a professional pilot to production mixing machine for research institutes and manufacturing enterprises.
Equipped with precision paddles and high-torque drive, this high shear lab kneader eliminates material segregation and uneven granulation, ensuring consistent mixing quality for small-batch formula tests.
Technical Parameters & Performance Features
CO-NELE CR and CEL series intensive mixer cover full lab and pilot capacity ranges, including classic 5–10L compact models for precise formula testing and larger units for pre-production verification.
Multi-functional: integrated mixing, granulation, coating and kneading
CR & CRV Series Model Selection
CO-NELE laboratory intensive mixers are divided into standard CEL series and enhanced CR series to match different batch volumes and material processing demands.
CELSeries (CEL1, CEL5, CEL10): Compact and cost-effective for daily formula comparison, dry/plastic material mixing and university lab tests. The 1–10L small-batch models are the most popular for preliminary new material research.
CR Enhanced Series(CR02, CR04, CR05): Upgraded structure and power for high-viscosity paste kneading, large-particle granulation and continuous pilot testing, ideal for enterprise pre-production verification and complex material development.
All models support accurate linear scale-up, enabling fast technical conversion from laboratory data to industrial mass production.