Planetary centrifugal vacuum mixer supplier factory from Smida: SMIDA planetary centrifugal mixer, efficient and corner free mixing solution! Leading high viscosity material mixing technology, extraordinary challenger with high solid content. Technology leads, mixing without boundaries – The SMIDA planetary centrifugal mixer adopts a unique planetary mixing mechanism and completely subverts the limitations of traditional mixing through non-contact mixing. Its innovative design ensures that materials are uniformly mixed in all directions and without dead corners during the mixing process. Whether it is low viscosity liquids or high viscosity materials with a solid content of up to 90%, it can easily handle them, demonstrating unparalleled adaptability and flexibility. Discover additional information at planetary centrifugal mixer.
The planetary centrifugal mixer requires regular maintenance during use, such as cleaning the turntable, mixer and other parts, and checking the operation of the motor, reducer and other equipment. The lubricating oil of the equipment needs to be replaced regularly to ensure the normal operation and life of the equipment. When using planetary centrifugal mixer, you need to pay attention to the following safety precautions: Operators must receive professional training and understand the use of equipment and safe operating procedures. When using equipment, you should wear protective equipment such as safety helmets and gloves to ensure personal safety. When cleaning the equipment, cut off the power supply first and wait for the equipment to stop running before cleaning.
Smida, a one-stop solution provider and manufacturer of automation equipment, has been deeply involved in the category of planetary centrifugal mixers for over a decade. With its own dedicated research and development team, it has many related patents and has obtained many patents related to planetary centrifugal mixers. The planetary centrifugal mixer can make the mixing efficiency of cosmetics faster, more convenient, and more uniform, not only greatly reducing the mixing time, but also greatly enhancing the mixing effect. Operation steps: Put the raw materials in a certain proportion into a mixing cup to form a mixture, and mix thoroughly through a planetary centrifugal mixer to obtain the final form of the cosmetics.
Planetary centrifugal mixer is a type of mixing and stirring equipment specially designed for the mixing of basic materials. It can mix different components of powder and slurry without producing bubbles or layering, with high work efficiency. It is incomparable to traditional mixing equipment and is widely used in industries such as printing, chemical engineering, electronics, scientific research, medicine, etc. Today, we will introduce in detail the classification of Smida planetary centrifugal mixer. Find extra information at https://www.smidacn.com/.
A planetary centrifugal mixer is a specialized type of mixing equipment used in various industries for blending and mixing materials. This centrifugal planetary mixer features a unique design where the mixing container rotates on its own axis while also rotating around a central axis, creating a planetary motion. The dual rotation of the mixing container in a planetary centrifugal mixer generates centrifugal force, which helps in achieving thorough mixing of materials. This type of planetary centrifugal vacuum mixer is known for its ability to mix materials uniformly and efficiently, making it ideal for applications that require precise blending of ingredients.
Working Principle And Application Of Planetary Centrifugal Vacuum Mixer – A planetary centrifugal vacuum mixer is a device that uses vacuum technology to remove air bubbles from products. By creating a low-pressure environment, the gas in the product expands and releases rapidly, thereby achieving the effect of removing bubbles. Planetary centrifugal mixers are widely used in food processing, medical equipment, electronic products and other industries, and can effectively improve product quality and reliability.
Efficient mixing effect: Due to the planetary mixing method, the mixing container undergoes complex motion trajectories within the mixing cylinder, resulting in strong shear, compression, and friction effects. This stirring method can effectively refine the iron oxide particles, improve the mixing effect, and make the iron oxide particles more uniform and delicate. Adjustable mixing speed and time: Planetary centrifugal mixers usually have adjustable speed and time control functions, and operators can precisely control the mixing speed and time according to specific process requirements. This adjustability allows the mixer to adapt to different types and characteristics of iron oxide preparation needs, ensuring the flexibility and controllability of the preparation process.
High cost-effectiveness planetary centrifugal mixer with vacuum: CMV-180S/TMV-200T/TMV-500T/TMV-1000T. These four devices achieve uniform mixing of materials in tens of seconds to minutes while rotating and rotating at high speed. They can store 20 sets of data, and each set of parameters such as speed and time can also be set to meet the mixing and defoaming requirements of most materials. The biggest difference from non vacuum models is that they are equipped with high-power vacuum pumps, which mix and vacuum synchronously, and can remove smaller diameter bubbles in the materials. Their single mixing capacity is up to (750ml/750g) * 2, making it easy to complete all the experiments from production to mass production.
The planetary centrifugal deaeration mixer, also known as paste mixer, is a highly-efficient and fully-automated equipment that specializes in mixing viscous material while degassing at the same time. It employs a no-touch, no-blade mechanism to mix materials using simultaneous rotation and revolution. The final product is a uniformly dispersed mixture with even submicron bubbles removed. This machine can handle a variety of materials such as polymer, cosmetics, pharmaceutical ointment, ink, solder paste, adhesives, sealant, conductive paste, metal slurries, nano materials, and electrode materials.