[Demo application available] The usage of compounds has been significantly reduced to 1/10,000! Cost reduction and time savings through nanoparticleization.
We have prepared candidate pharmaceutical compounds in various sample patterns and are conducting toxicity analyses. Here, we introduce a case of the rotation and revolution nano-milling machine that our customer has implemented. The company handles many expensive compounds, so it is ideal to prepare samples with a small amount of the compound and analyze them without incurring high costs. However, due to the specifications of the equipment used for preparation, it was necessary to process more than 1 kg of the compound at a time to achieve effective milling, which was financially challenging. Therefore, they introduced the "Milling Nano Taro NP-100." Equipped with a cooling function, it has become possible to mill candidate pharmaceutical compounds, which may undergo physical property changes due to heat generation during milling, with greater peace of mind. [Case Study] ■ Customer's Concern: Dispersion of expensive candidate pharmaceutical compounds ■ Introduced Product: Milling Nano Taro NP-100 *For more details, please refer to the PDF document or feel free to contact us.
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THINKY Corporation has realized simultaneous processing of stirring and degassing through the concept of combining two types of rotation: rotation and revolution. The "Awatori Rentaro," a rotary-revolution mixer, was born as a device that can process these two opposing processes, "stirring" and "defoaming," which had long been considered separate steps in the material processing process, simultaneously and in a short time. Currently, Awatori Rentaro has grown into a diverse lineup, ranging from small tabletop models for laboratories to large-scale production models. We have received numerous inquiries from various fields both domestically and internationally. THINKY will continue to assist in solving material processing challenges and building a foundation for mass production with our unique material processing technology and know-how.
