The CO-NELE Lab Pelletizing Mixer is a high-performance mixing and granulation machine designed for laboratory-scale research, pilot testing, and small-batch production. It combines intensive mixing, uniform granulation, and precise process control in one compact system—ideal for material formulation and process optimization.
With its mixing and high-shear granulation technology, the machine ensures excellent material dispersion and consistent particle size distribution. Researchers can accurately reproduce industrial granulation conditions, providing reliable data for scale-up to production systems.
Key Features
* Compact & Versatile: Suitable for various powder and paste materials.
* Uniform Granulation: Produces high-density, flowable granules with excellent consistency.
* Precise Control: Adjustable speed, time, and moisture settings for flexible process development.
* Easy Cleaning: Quick disassembly design ensures efficient material changeover.
* Scalable Results: Laboratory data easily transferable to industrial production models.
Applications
* Battery material R&D (cathode/anode powder granulation)
* Refractory, ceramic, and metallurgical material research
* Chemical and catalyst formulation studies
* Powder material testing and process optimization
CO-NELE provides innovative lab-scale solutions that bridge the gap between material research and industrial production—helping customers accelerate development, improve quality, and reduce process costs.
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CO-NELE ceramic mixture granulator, taking intensive mixer as core, has obvious advantages over traditional granulation equipment: higher mixing uniformity, better granule sphericity, more stable particle size control, higher efficiency and lower energy c
Whether you're exploring cutting-edge materials research or optimizing processes for large-scale production, CONELE intensive mixers offer complete solutions from principles to equipment, from the lab to the factory.
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Relying on the CO-NELE CR02 laboratory intensive mixing granulator (5 liters effective volume), through three batches of experiments, our technical team successfully granulated the raw material into uniform spherical particles with a particle size of 2-3
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