CEL01 Mini Granulator

Cornel CO-NELE CEL01 Laboratory Blender Granulator

Cornelle Design Features1L Laboratory BlenderAvailable for processing fromPowders, dry materials, to molding, paste-like, and fibrous, adhesive substances.A robust hybrid system meets a wide range of application fields.

Cornely blender, with both mixing and granulating functions integrated into one machine, simplifies the process and offers an advantageous treatment from technology to efficiency to granule quality. Suitable for granulating various raw materials, it saves investment and floor space, and enhances stable production performance.

Hybrid System

The unique Cornely mixing system's triple hybrid power ensures flexibility during the mixing process, creating a personalized, efficient, turbulent, and three-dimensional mixing force capable of blending, granulating, coating, kneading, dispersing, dissolving, and fiber separation.

Hybrid Power 1. Unique slanted mixing plate design, capable of0°、10°、20°、30°Adjustments.

Hybrid Power 2. Designed with an off-center position and a rapid rotating blade, direction and speed can be infinitely adjusted.

Hybrid Power 3Bottom scraper with L-shaped design, offering additional mixing action, eliminating mixing dead corners, and facilitating quick unloading.

What kind of performance can this small mixing machine bring you?

Adjustable angle cylinder

Altering the blending effect:By adjusting the inclination angle of the small laboratory mixer, the flow pattern of the material within the drum can be altered, thereby optimizing the mixing effect. When adjusted to a larger inclination angle, it can increase the rolling and tumbling of the material, which aids in improving the uniformity of mixing.

Adjust material movement:Different tilt angles can affect the material's movement path. Adjusting the drum's angle allows the material to better contact all parts of the blender during the mixing process, avoiding dead corners in the mixture.

Optimized operational conditions:By adjusting the tilt angle to accommodate different types of materials or specific blending requirements, operational conditions can be optimized to achieve ideal mixing results.

Section II: Adjustable Direction and Speed of Rotor

Users can adjust the speed according to specific blending requirements, offering flexibility to optimize the blending process, ensuring uniform mixing of different materials and avoiding issues of overmixing or insufficient mixing.

Advanced control technology + optimized configuration

Mixed筒 bodies are configurable to meet customer requirements, offering a variety of optional materials for the internal rotor and side mounting plates. Customizable internal linings and various wear protection solutions are provided as per specifications.

Lab Mini Blender Optional Features: Vacuum, Heating, and Cooling Functions.

Advanced and flexible control system, available with a touch screen, featuring intuitive operation. Offers infinitely variable speed control for rotation direction, allowing users to set and adjust through a graphical interface. Includes rotation speed (mixing plate), power (mixing tool), temperature, time, and more.

The industrial-scale testing results of the KONILE CEL01 laboratory mixer are viable, effectively translating laboratory achievements into successful applications in industrial production.

Wide range of application areas:

Ceramics:Molding material, molecular sieve, support agents, variable resistance materials, dental materials, ceramic cutting tools, abrasive materials, oxide ceramics, non-oxide ceramics, composite materials, silicate technology ceramics, grinding balls, ferrites, etc.

Refractory materials:Unclassified Products, Standardized Products, Prefabricated Parts, Ceramic Fibers, Oxide and Non-Oxide Ceramic Material Particles

Environmental Protection:Cement filter dust, sediment dust, oxidized lead, fly ash, slag, dust, and the like.

Metallurgy:Zinc ore and lead ore, alumina, silicon carbide, iron ore, metal powders, etc.

Lithium-ion battery materials, fluxes, friction materials, bentonite, molding sand, etc.