Uploaded July 2026 | Updated September 2026, 1 hour ago
In this video, Seymour Advanced Technologies, LMI Technologies, and Mecademic demonstrates an automated micro-assembly system designed for high-precision applications in medical devices, life sciences, aerospace, and defense.
Watch the interview and live demonstration as we showcase a highly challenging micro-assembly task: inserting a 0.016-inch (16 thou) wire into a needle with a 0.017-inch (17 thou) inner diameter (ID). Utilizing advanced 3D vision guidance and compact industrial robotics, the assembly is completed reliably without damaging the delicate components.
⏱️ Video Chapters
[00:00] Introduction & Micro-Assembly Challenge (16-Thou Wire into 17-Thou Needle)
[00:13] Automated Assembly Process (Pick, Inspection, Vision Alignment & Insertion)
[01:12] Mecademic Precision Robots (Meca500 & MCS500)
[01:38] LMI 3D Sensors & High-Resolution Scanning
[02:07] Seymour Advanced Technologies & Dynamic 3D Inspection
🛠️ Key Technologies Featured
🔹 Mecademic Industrial Robotics Featuring the Meca500 6-axis robot and MCS500 SCARA robot, offering 5-micron repeatability and approximately 1-micron resolution for extremely tight-tolerance applications. 🔗 Website: mecademic.com 🔗 LinkedIn: linkedin.com/company/mecademic
🔹 Seymour Advanced Technologies Experts in systems integration and custom automation design. 🔗 Website: seymouradvancedtechnologies.com
🔹 LMI Technologies Gocator 3D smart sensors, featuring a 4K imager, 4,200 data points across the laser line, and 5-micron resolution in the X-axis for dense point cloud generation and dynamic, multi-angle inspection. 🔗 Website: lmi3d.com
#Automation #Robotics #3DVision #MicroAssembly #MedicalDeviceManufacturing #SystemIntegration #Mecademic #Meca500 #LMITechnologies #Gocator #QualityControl #ManufacturingAutomation
In this video, Seymour Advanced Technologies, LMI Technologies, and Mecademic demonstrates an automated micro-assembly system designed for high-precision applications in medical devices, life sciences, aerospace, and defense.
Watch the interview and live demonstration as we showcase a highly challenging micro-assembly task: inserting a 0.016-inch (16 thou) wire into a needle with a 0.017-inch (17 thou) inner diameter (ID). Utilizing advanced 3D vision guidance and compact industrial robotics, the assembly is completed reliably without damaging the delicate components.
⏱️ Video Chapters
[00:00] Introduction & Micro-Assembly Challenge (16-Thou Wire into 17-Thou Needle)
[00:13] Automated Assembly Process (Pick, Inspection, Vision Alignment & Insertion)
[01:12] Mecademic Precision Robots (Meca500 & MCS500)
[01:38] LMI 3D Sensors & High-Resolution Scanning
[02:07] Seymour Advanced Technologies & Dynamic 3D Inspection
🛠️ Key Technologies Featured
🔹 Mecademic Industrial Robotics Featuring the Meca500 6-axis robot and MCS500 SCARA robot, offering 5-micron repeatability and approximately 1-micron resolution for extremely tight-tolerance applications. 🔗 Website: mecademic.com 🔗 LinkedIn: linkedin.com/company/mecademic
🔹 Seymour Advanced Technologies Experts in systems integration and custom automation design. 🔗 Website: seymouradvancedtechnologies.com
🔹 LMI Technologies Gocator 3D smart sensors, featuring a 4K imager, 4,200 data points across the laser line, and 5-micron resolution in the X-axis for dense point cloud generation and dynamic, multi-angle inspection. 🔗 Website: lmi3d.com
#Automation #Robotics #3DVision #MicroAssembly #MedicalDeviceManufacturing #SystemIntegration #Mecademic #Meca500 #LMITechnologies #Gocator #QualityControl #ManufacturingAutomation
