SMIDA
planetary centrifugal mixer minimalist operation
In the field of material processing, the tedious mixing process is often a "roadblock" to research efficiency and production efficiency. The SMIDA planetary centrifugal mixer subverts the complex threshold of traditional mixing equipment with its minimalist operation logic of "feeding cup placement one key start". Whether it's micro formula development in the laboratory or batch material processing on the production line, this system that integrates intelligent weighting, program memory, and precision speed control can make material mixing from a "technical activity" to an "easy task".
1、 Six step minimalist operation: smooth experience from feeding to dischargingStep 1: Directly pour the mixed materials into a dedicated mixing container in proportion, and the electronic scale value makes the mixing accuracy clear at a glance. According to actual tests conducted in a chemical laboratory at a certain university, the direct throw design reduces material preparation time by 37% and material loss by 12% compared to traditional volumetric transfer.
Step 2: Placing the cup into the warehouse: Place the container containing the material steadily into the mixing chamber, using a patented slot structure to avoid deviation during the mixing process. Semiconductor industry users have reported that this "plug and play" design is particularly practical in clean workshops, eliminating the need for traditional equipment cleaning and mixing processes.
Step 3: Double Sided Weighting: The weight of the material can be adjusted by using a set of weights or directly using similar materials on the other side based on the amount of mixing.
Step 4 : Program call: click the screen to call the adaptation parameters from 20 groups of programs (for example, if the parameter of "lithium battery paste" is saved as 1, directly select 1 to call), and the past user-defined parameters can be saved and reused by one key. An engineer from a certain LED packaging factory shared: "After storing the mixing parameters of the fluorescent powder, we only need to directly call them when producing new batches, and the yield fluctuation has decreased from ± 8% to ± 2%
Step 5: Door Closing Start: Gently close the equipment compartment door, and the system will automatically complete the air tightness test and start mixing. Planetary centrifugal technology creates a strong shear force field between the material's revolution (200-2500rpm) and rotation (fixed/adjustable speed ratio), enabling nanoscale dispersion within minutes - several times more efficient than traditional mixers.
Step 6: Uniformity testing: After mixing is completed, the user can directly take out the material for visual or microscopic inspection. Third party testing shows that the material uniformity after SMIDA processing reaches 99.7%, far exceeding the industry average.
2、 Make every mixing precise replicationWhat supports minimalist operations is SMIDA's innovative technology:
Program storage, even when switching from water-based solutions to high viscosity materials such as solder paste, there is no need to manually adjust parameters. After being applied by a certain electronic paste enterprise, the consistency of conductivity of different batches of materials increased by 40%.
3、 Full scene adaptation: versatile performance from laboratory to production lineIn the field of lithium batteries, the silicon carbon negative electrode slurry processed by SMIDA has enabled the electrode sheet to have a cycle life exceeding 4000 times; In the semiconductor industry, the uniform mixing of photoresist ensures that the wafer film thickness error is controlled within ± 1%; In the biomedical scenario, mild mixing of stem cell culture medium and growth factors has been achieved.
It is worth mentioning its modular design: vacuum, temperature control and other configurations can be selected to meet the special processing needs of different materials.