The machine is specifically engineered for the automated inspection of biologic drugs and ATMPs, which are characterized by high variability, turbidity, presence of particulate matter, and intrinsic complexity related to biological manufacturing processes. The system features a controlled handling architecture designed to preserve product integrity throughout the entire inspection cycle, minimizing mechanical stress and the risk of alteration. The platform is suitable for handling complex containers such as opaque or textured bags (e.g., patterned surfaces), as well as products intended for critical conditions such as freezing. Particular attention has also been given to thermal stability: the illumination systems are designed to minimize energy transfer to the product, preventing overheating and ensuring inspection conditions compatible with highly sensitive biological matrices.
The technological core of the machine is an advanced AI-based vision system capable of detecting not only extrinsic defects but also intrinsic product-related defects, such as impurities linked to the manufacturing process. This enables unprecedented levels of quality and safety, extending detection capabilities beyond traditional standards and allowing biologics and advanced therapies to meet inspection standards historically applied only to industrially synthesized pharmaceutical products.
CGT AVI integrates multiple inspection stations and optical configurations, with various illumination systems designed to enhance different types of defects. The system is equipped with high-resolution cameras (8.9 MP), both color and monochrome, ensuring detailed and multidimensional product analysis.
Product loading is performed manually, providing high operational flexibility and making the machine particularly suitable for production environments with variable batch sizes or high-value products.
With CGT AVI, biologics inspection reaches a new level: increased sensitivity, enhanced accuracy, and the ability to detect defects that were previously undetectable.