Pill/Capsule AI Visual Inspection Machine
Inspection for Pills, capsules, blister packs, medication box printing date/coding
Pill/Capsule AI Visual Inspection Machine Adopting image acquisition, processing, annotation, AI modeling and software scheduling technologies, this equipment conducts full-process appearance defect detection on tablets, capsules, blisters and medicine box three-stage inkjet codes, removes defective goods and counts & bins qualified products.
Inspection speed: ＞15000 pcs/h
Detection accuracy: 0.1 mm
Detection area: 360°
- Testing Products
- Defect Detection
- Product Advantages
Testing Products
Defect Detection
Printing Lack
Printing Blurriness
Surface Cracks
Surface Damage
Contamination
Broken
Separation
Damage
Foreign Object
Deformed
Product Advantages
AI Deep Learning Algorithm, Small Sample Size
40-50 samples for self-learning, the model can be iteratively upgraded in real-time to adapt to new specifications.
AI Intelligent Camera, Integrated Architecture
Integrated collection and processing, milisecond level inference output, meeting the real-time detection requirements of high-speed production lines.
Product 360 ° Full Inspection
It supports 360° all round inspection of top surfaces, concave surfaces and side faces for tablets, capsules, blister packs, pharmaceutical cartons and items printed with production, expiry and batch inkjet codes.
Data Traceability and Intelligent Management
Real time viewing of inspection data is available. Production status can be monitored based on inspection data to control upstream technological processes.
Al Algorithm Cloud Platform
Integrated with core algorithms including classification detection, segmentation, positioning and image enhancement; equipped with self-built cloud computer room for secure and efficient data storage.
Al Edge Computing Unit
Accelerate the data inference process with a "computing power box", which is efficient, stable and not afraid of high temperatures and power outages.
Self Developed Geometric Imaging System
Self developed industrial cameras and optical imaging systems are adopted for appearance defect inspection of various packaging materials.
Platform Distributed Processing
Independently built the "Yangtze River" software architecture to form the foundational framework of a new-generation distributed system. It supports multi-node parallel operation and stably schedules parameters including algorithms and imaging settings.
