Uploaded May 2021 | Updated September 2026, 1 hour ago
Discover how the ultra-compact Meca500 6-axis industrial robot arm pairs with an ATI Mini40 force/torque sensor to perform precise, repeatable testing on automotive touchscreen infotainment systems.
Using precise force feedback, the Meca500 simulates human finger presses, swipes, and multi-touch gestures required for automated quality assurance and HMI (Human-Machine Interface) validation in testing labs.
⚙️ Key Setup Highlights:
• Robot: Mecademic Meca500 6-Axis Miniature Industrial Robot
• Sensor: ATI Mini40 Force/Torque Sensor for precise force measurement
• Application: Automotive display panel & touchscreen responsiveness testing
📌 Chapters:
[00:00] - Overview of Meca500 & ATI Force/Torque Sensor Setup
[00:24] - Precise Stylus Positioning & Screen Touch Simulation
[00:52] - Real-time Force Feedback Monitoring
[01:30] - Automated Swipe & Interface Navigation Testing
🔗 Learn more about testing automation with Meca500: mecademic.com/applications/testing-inspection
📩 Request a custom demonstration: mecademic.com/contact-us
#touchscreentestingrobot #automotive #ATI #Meca500
Discover how the ultra-compact Meca500 6-axis industrial robot arm pairs with an ATI Mini40 force/torque sensor to perform precise, repeatable testing on automotive touchscreen infotainment systems.
Using precise force feedback, the Meca500 simulates human finger presses, swipes, and multi-touch gestures required for automated quality assurance and HMI (Human-Machine Interface) validation in testing labs.
⚙️ Key Setup Highlights:
• Robot: Mecademic Meca500 6-Axis Miniature Industrial Robot
• Sensor: ATI Mini40 Force/Torque Sensor for precise force measurement
• Application: Automotive display panel & touchscreen responsiveness testing
📌 Chapters:
[00:00] - Overview of Meca500 & ATI Force/Torque Sensor Setup
[00:24] - Precise Stylus Positioning & Screen Touch Simulation
[00:52] - Real-time Force Feedback Monitoring
[01:30] - Automated Swipe & Interface Navigation Testing
🔗 Learn more about testing automation with Meca500: mecademic.com/applications/testing-inspection
📩 Request a custom demonstration: mecademic.com/contact-us
#touchscreentestingrobot #automotive #ATI #Meca500



![MCS500 SCARA Safety Integration with ReeR Mosaic Controller | Mecademic
Discover how to safely integrate and operate the MCS500 4-axis industrial SCARA robot using ReeRs safety solutions, including the Mosaic programmable safety controller, safety light curtains, and door interlocks!
Learn how safety stops, automatic restarts, and reduced-speed manual mode operation with a 3-position enabling switch (dead man switch) protect operators without compromising productivity.
⚙️ Safety Operating Modes & Features:
• Auto Mode (High Speed): Emergency stop triggers immediate halts; door interlocks trigger safety stops; light curtains pause motion with automatic clearance restarts
• Manual Mode (Reduced Speed): Operator interaction enabled via a 3-position dead man switch; door and light curtain bypass while switch is held
• Immediate Safety Intervention: Releasing or hard-pressing the dead man switch triggers instant safety stops
• ReeR Safety Hardware: Integrated with ReeR Mosaic programmable safety controller and safety sensors
📌 Chapters:
[00:00] - Introduction to MCS500 SCARA Safety Features
[00:04] - Auto Mode: High-Speed E-Stops, Door Interlocks & Light Curtains
[00:30] - Manual Mode: Reduced-Speed Operation & 3-Position Dead Man Switch
[00:53] - Enabling Switch Safety Intervention & Re-activation
[01:00] - ReeR Mosaic Safety Controller & Sensor Integration
🌐 Explore the MCS500 Industrial SCARA Robot: https://mecademic.com/industrial-robots-mecademic/mcs500-scara-robot/
📩 Contact Application Support: https://www.mecademic.com/contact-us/
#MCS500 #SCARA #ReeRMosaic #MicroAutomation MCS500 SCARA Safety Integration with ReeR Mosaic Controller | Mecademic](https://i.ytimg.com/vi/bJ06Uh1aIFI/mqdefault.jpg)




![Medical Device Micro-Assembly Case Study: Arimation & Cretex Medical | Meca500
Watch how machine builder Arimation Robotics created a custom automated assembly cell for Cretex Medical using the Meca500 6-axis industrial robot arm!
Designed to scale up the manufacturing of miniaturized medical catheter components, this cell replaces tedious manual assembly under microscopes. It integrates the ultra-compact Meca500 (sub-5-micron repeatability), an Asyril Asycube flexible feeding system with EYE+ vision, and a custom 0.1 mm wire-feeding and cutting mechanism.
⚙️ Key Automated Cell Components:
• Robot: Meca500 6-Axis Miniature Industrial Robot (high precision & small footprint)
• Flexible Feeder: Asyril Asycube flex feeder & EYE+ smart vision system
• Custom Tooling: High-precision 0.1 mm wire feeding & cutting mechanism
• Impact: Drives next-generation medical device miniaturization and workforce health
📌 Chapters:
[00:00] - Scaling Medical Micro-Assembly at Cretex Medical
[00:32] - Partnering with Arimation Robotics for Custom Automation
[00:57] - System Architecture: Asyril Flex Feeder, Meca500 & Wire Cutting
[01:34] - The Future of Miniaturization in Medical Device Manufacturing
📖 Read Customer Case Studies: https://www.mecademic.com/case-studies/
🌐 Explore Meca500 Medical Device : https://mecademic.com/solutions/industries/medical-devices/
#MedicalDevice #MicroAssembly #Meca500 #Asyril #MicroAutomation Medical Device Micro-Assembly Case Study: Arimation & Cretex Medical | Meca500](https://i.ytimg.com/vi/esXHWjAZtek/mqdefault.jpg)

![Medical Device Micro-Assembly & Inspection Case Study: Mati Therapeutics | Mecademic
Discover how Mati Therapeutics leverages the Meca500 6-axis industrial robot arm to enhance manufacturing efficiency, precision, and flexibility in ocular medical device assembly and packaging.
Operating inside cleanroom enclosures, the Meca500 handles delicate micro-assembly, vision inspection, testing, and automated pick-and-place packaging for specialized drug delivery systems.
⚙️ Key Automated Operations Featured:
• Micro-Assembly: Precision placement of miniaturized medical components
• Inspection & Quality Control: Integrated sensor verification and testing
• Pick & Place Packaging: High-speed transfers into blister packaging trays
• Compact Footprint: Fits easily inside standard cleanroom workstations
📌 Chapters:
[00:00] - Overview: Medical Device Inspection & Packaging at Mati Therapeutics
[00:07] - Micro-Assembly Application Sequence
[00:18] - Automated Inspection & Quality Testing Integration
[00:32] - Precision Pick & Place Component Transfers
[00:44] - Automated Blister Packaging & Final Tray Placement
📖 Read Customer Case Studies: https://www.mecademic.com/case-studies/
🌐 Explore Meca500 Medical & Life Sciences Solutions: https://www.mecademic.com/solutions/lab-automation/
#MatiTherapeutics #medicaldevice #microassembly #Meca500 #MicroAutomation Medical Device Micro-Assembly & Inspection Case Study: Mati Therapeutics | Mecademic](https://i.ytimg.com/vi/gERulZqzIjc/mqdefault.jpg)