The CONELE CMP50 vertical shaft laboratory mixer is typically renowned for its core planetary stirring principle, capable of meeting the requirements for high uniformity of stirring, easy cleaning, flexible production, and smooth operation.
1. Excellent uniformity of stirringThe core advantage of this device lies in its planetary stirring movement. While the stirring blades are orbiting around the center of the stirring bucket, they are also performing high-speed self-rotation. This compound motion enables the trajectory of the stirring blades to reach every corner inside the bucket, completely eliminating the common stirring dead corners found in ordinary mixers. For high-viscosity materials and complex formulations containing fibers or particles, it can achieve extremely strong shearing, rubbing and diffusion effects, ensuring that the materials reach extremely high uniformity at the microscopic level. It is very suitable for demanding laboratory research and development and small-scale trial production.2. High production flexibilityThe vertical shaft laboratory mixer can flexibly adapt to the experimental requirements of different production volumes. More importantly, its stirring blades and the inner lining of the cylinder can be customized according to the characteristics of your materials (such as acidity or alkalinity, abrasiveness, and adhesion), covering a wide range of application scenarios from basic research to process scale-up.3. Smooth operation and flexible unloadingThe equipment adopts a precise mechanical transmission structure or hydraulic system, operates smoothly and reliably, with low noise and small vibration, ensuring a quiet experimental environment and the accuracy of data. In terms of unloading methods, automatic or manual unloading is adopted to achieve precise and controllable unloading. The entire process is smooth and easy to master.The CONELE vertical shaft planetary laboratory mixer, with its unique working principle and humanized design, excels in uniformity, ease of cleaning, flexibility and operability. It is a precision mixing device that is highly suitable for laboratory environments.
