In the engineering of medical devices, precision and reliability are imperative features. Given that surgeons manipulate these devices, any field failure is unacceptable. The scenario becomes even more critical when robots, rather than human surgeons, conduct remote surgeries; in such cases, precision is paramount to prevent downstream failures.

In response to these stringent requirements, the cartridge cell has been meticulously designed to incorporate fail-safe modes at every stage of medical device assembly. This system utilizes a servo-driven 12-stage rotary table, ensuring that each operation is meticulously verified at subsequent stations. Procedures such as valve insertion, torque testing, lubricant dispensing, leak detection, seam gap measurement, pressing force assessment, and laser marking are all executed and scrutinized within the equipment. Should any defect be detected at any stage, the defective assembly is promptly segregated and contained, thereby preventing it from being mixed with acceptable assemblies.