SMIDA planetary centrifugal mixer, three-step unlocking for uniform and bubble free mixing experience

In industrial production and laboratory research and development, "uniform material mixing" is a key step to ensure product quality, but traditional mixing equipment has cumbersome processes and complex operations, often causing headaches for operators. Did you know? By using the SMIDA planetary centrifugal mixer, no complex professional skills are required. Simply complete the three core steps of "precise proportioning and balancing - material inlet setting parameters - start-up and operation, etc." to easily obtain high-quality mixed materials that are uniform and bubble free. Whether it's high viscosity silicone, car paint that requires precise color matching, or demanding lithium battery paste, this minimalist process can perfectly adapt, making mixing work more efficient and worry free.
Step 1: Accurately proportioning and balancing weights is the starting point of the mixing process and the prerequisite for ensuring the quality of the finished product. You only need to use precise measuring tools such as electronic scales to weigh and prepare the main materials, auxiliary materials, functional fillers (such as metal powder, carbon black), and solvents in proportion according to the formula requirements of production or research and development. There is no need for complex pretreatment of materials. Even micro nano powders and high viscosity colloidal substrates that are easy to agglomerate can directly go to the next step, greatly reducing the difficulty and time cost of preliminary preparation.
Step 2: Material entry into the chamber+parameter setting. Put all the prepared materials into the mixing cylinder of the SMIDA planetary centrifugal mixer at once, cover the sealed cylinder head, and then set the parameters. Don't worry about not being able to debug, the device comes with multiple sets of standardized parameter templates for different materials, such as how much speed to use for mixed silicone and how much vacuum is required for mixed car paint. Simply select the corresponding template; If there is personalized demand, key parameters such as revolution speed, rotation speed, vacuum degree, and mixing time can also be manually adjusted through the intelligent control system. The operation interface is intuitive and easy to understand, and beginners can quickly get started.
Step 3: Start the operation and wait for the discharge, ensuring even and bubble free operation with just one click. After setting the parameters, simply press the start button and the device will automatically enter working mode. The unique "revolution+rotation" composite motion mode of SMIDA planetary centrifugal mixer allows the mixing blade to rotate at high speed while revolving around the center of the cylinder body, forming a shear flow field with no dead corners in all directions, allowing the material to fully roll and deeply blend, avoiding the problem of uneven mixing from the root; At the same time, the vacuum pump system starts synchronously and extracts air from the cylinder in real-time throughout the entire mixing process, efficiently removing bubbles from the material without the need for additional defoaming procedures. The entire process does not require manual intervention. You only need to wait quietly for the set time to end, and you can directly obtain finished materials with high uniformity and no residual bubbles.
Compared to traditional mixing equipment that requires repeated stirring, multiple defoaming, and relies on the experience of operators in complex processes, the minimalist process of SMIDA planetary centrifugal mixers not only greatly improves mixing efficiency, but also ensures consistent quality of each batch of products, effectively reducing waste rates. Whether it is large-scale industrial production or laboratory small-scale research and development, it can make mixing work simple, efficient, and controllable.