Integrate seamlessly with high-speed tablet and capsule counting machines, such as the CVC 1220, 1620, and 625 series. As a standalone add-on module, it enhances your existing equipment with advanced imaging and real-time defect detection powered by proprietary AI deep learning algorithms.
The AIAC Vision Electronic Counter Machine Vision Module is a precision inspection system built to integrate with high-speed tablet and capsule counters like the CVC 1220, 1620, and 625. It uses high-resolution imaging and advanced machine learning algorithms to inspect each unit for visual defects in real time—enhancing accuracy without slowing down production.
This standalone module mounts directly onto electronic counters, enabling real-time detection of size, shape, and color defects in tablets and capsules. Its intelligent algorithms are developed in-house for superior customization and flexibility, allowing quick adaptation to new products and recipe changes. With a tool-free camera mounting system and dust-resistant design, it ensures consistent performance, easy maintenance, and full compliance with pharmaceutical production standards.
An end-to-end user-friendly process for creating new product recipes, facilitating seamless adaptation and optimization, streamline the process of configuring parameters for product changeovers, ensuring operational simplicity.
The camera array mounting bracket is a custom designed mechanical assembly that provides support and proper positioning to align the camera array.
The brackets are designed for each application to fit the customer machine.
The module design ensures that it minimizes the effect by dusting the production environment and easy for cleaning.
Ultra-high precision recognition: utilizes sophisticated machine learning algorithms s for exceptional defect detection. Precisely detect subtle defects, encompassing variations in shape, damage, color disparities, and more.
High-performance online detection: The algorithms are optimized for real-time and efficient detection, allowing for fast and continuous inspection of tablets or capsules as they move through the inspection station. This high-performance online detection capability ensures prompt identification of any issues, minimizing production delays.
Independent development and intellectual property rights: The core algorithms are developed internally, with complete ownership of the intellectual property rights. This independence enables quick optimization iterations based on specific customer detection requirements. It also provides the flexibility to adapt and integrate the algorithms seamlessly into different systems or workflows.
Fast development speed and flexible integration: As the algorithms are developed independently and do not rely on third-party toolkits, the development process is expedited, leading to faster implementation and deployment. The algorithms can be customized and tailored to meet specific customer needs, allowing for a more flexible integration model.