TaBlitz leverages advanced predictive tools and USP <1062> methodologies to optimize powder performance and tablet design. Predict critical powder properties like flowability, compressibility, and compactability using small sample sizes.
TaBlitz reduces experimental iterations by implementing mechanics from USP to analyze key powder properties using small sample sizes. By directly applying USP methodologies, TaBlitz's algorithms generate formulation and tablet design recommendations, minimizing trial-and-error.
TaBlitz can predict formulation risks such as poor compressibility, capping, and sticking by implementing USP mechanics to analyze key powder properties. Its predictive algorithms evaluate these outputs to identify potential issues early, flagging risks before scale-up.
TaBlitz supports the development of various release profiles, including Immediate Release (IR), Modified Release (MR), and Orally Disintegrating Tablets (ODT). By implementing USP mechanics, TaBlitz analyzes powder properties to tailor formulations for specific release characteristics.
TaBlitz allows users to input preferred excipients to customize formulation development. By integrating these inputs with USP mechanics, TaBlitz analyzes the selected excipients' powder properties to generate tailored formulation and tablet design recommendations.
TaBlitz's Design Score is a core component providing a real-time index to evaluate and optimize tablet designs. It quantifies four key aspects: Tablet Manufacturability Index, Tool Manufacturability Index, Swallowability Index, and Design Feasibility Index.
TaBlitz is designed with industry standards in mind, including key principles from USP and the Tableting Specification Manual (TSM). While TaBlitz itself is not a GMP-regulated product, it serves as a powerful tool to assist in generating formulation suggestions that align with GMP principles.