• The inspection process avoids the use of dyes or liquids, ensuring that pharmaceutical products remain uncontaminated.
• Capable of detecting leaks as small as 0.2μm, the system offers higher sensitivity than traditional vacuum or dye-based testing methods.
• Designed for fully automated, in-line inspection, the machine checks each BFS strip individually to guarantee 100% leak detection.
• The patented flipping mechanism repositions each strip to allow comprehensive inspection of both the top and bottom sides, including the ampoule heads, bodies, and tails.
• Minimal energy is applied during testing, which means no adverse effects on the product inside the ampoules.
• Electrode configuration can be customized based on client samples to achieve the best possible detection results.
• The HMI-based control system provides intuitive operation and strong capabilities for data collection, storage, and system control.
• All key technologies are independently developed, with multiple national invention and utility model patents already granted.
• An optional automatic feeding system can be added according to customer needs for enhanced operational convenience.

The BFS plastic ampoules are manually placed into the gaps of the conveyor system (an automatic feeding section can be customized upon request). The conveyor then transports the ampoules toward the inspection area, where they pass sequentially through detection channels 1 and 2, inspecting the ampoule body, head, and tail on one side. After that, the ampoules are flipped by a dedicated rotating wheel mechanism and sent through detection channels 3 and 4, where the opposite side is inspected, covering the head, tail, and body again to ensure complete detection without blind spots. Once the inspection is complete, a sorting mechanism separates the products. Qualified ampoules are conveyed forward via the approved product belt, while rejected ones are automatically removed and collected in the designated reject bin.