3. Vision Alignment in 6DoF
Using LMI’s GoPxL software, the system generates a dense, high-resolution 3D point cloud. It calculates a 6-Degrees-of-Freedom (6DoF) offset to determine the exact spatial relationship between the wire tip and the needle opening.

4. Precision Insertion
With the exact coordinates locked in, the Meca500 and MCS500 execute the insertion. Thanks to Mecademic’s 5-micron repeatability and 1-micron resolution, the wire slides perfectly into the needle. The motion is so precise that the needle does not even budge during insertion.

5. Post-Inspection & QA Reporting
Once inserted, the Gocator scanner performs a final 3D scan to verify the insertion depth and angle. All data is compiled into a detailed Statistical Process Control (SPC) quality report, ensuring 100% validation of the batch.

This is what modern micro-automation actually looks like. It is an ecosystem where ultra-precise hardware and advanced 3D vision don’t just sit next to each other they communicate seamlessly through an open architecture to correct spatial paths in 6DoF on the fly. It is a system so compact and elegant that the entire robotic control is embedded directly into the base, eliminating bulky cabinets and maximizing valuable floor space. And most importantly, it is a process so precise, operating down to the single micron, that components mate perfectly without the host needle even budging.

Ultimately, this collaboration proves that when you eliminate the friction between vision, integration, and robotics, the “impossible” becomes a reliable daily standard. For industries where there is zero room for error and assemblies go directly into patients, we aren’t just shrinking automation. We are redefining it to ensure that the future of medical technology is built to never fail.