Many new material R&D teams face a common challenge: formulations and mixing processes optimized on lab-scale test equipment often show significantly poorer dispersion and defoaming performance when scaled up to pilot production. Substantial rework is required for process adjustment, extending the new product launch cycle and raising uncertainty risks. The root cause lies in inconsistent mixing and defoaming principles and mechanical conditions between lab and production equipment. SIENOX planetary mixing and defoaming mixers adopt the same underlying planetary centrifugal vacuum mixing-defoaming principle, realizing process consistency between lab and pilot-scale units and breaking down barriers from R&D to mass production.

The full product line shares identical planetary motion logic for mixing and defoaming, differing only in processing capacity and power specifications. R&D teams develop formulas and run sample validation on small-scale units. Optimized rotational speed, vacuum profiles and segmented programs can be directly transferred to medium and large models. Materials experience similar shear force and defoaming conditions, delivering good reproducibility of slurry dispersion uniformity and bubble control, and fundamentally reducing the risk of scale-up failure. Built-in program storage enables one-click recall of mature formulation processes, minimizing parameter deviations caused by manual operation and facilitating standardized SOP establishment for enterprises.

The sealed vacuum chamber delivers stable performance with controllable vacuum relief, preventing secondary foaming of slurry caused by rapid pressure release. The impeller-free mixing structure reduces material adhesion loss, improving the utilization rate of high-value precious metal slurries and rare powder materials to cut raw material costs. For multi-phase materials prone to sedimentation with large density differences, the compound planetary motion suppresses powder settling and maintains material homogeneity over extended periods.

With the supporting sample testing service, new customers can complete material verification during model selection. Our technicians evaluate lab and pilot plans according to customers’ mass production goals, provide equipment recommendations and process planning, and predict potential issues during scale-up in advance. The equipment features simple maintenance and a durable transmission system, suitable for long continuous pilot runs, matching the fast iteration and small-batch multi-batch production mode of new material enterprises.

Process scale-up is the biggest bottleneck in the industrialization of new materials. Rather than merely supplying individual mixing and defoaming units, SIENOX provides a coherent slurry preparation process solution. It enables smooth conversion of R&D achievements into pilot products, accelerates the transition of new materials from laboratory to industrial application, and boosts the development of China’s new material industry.