How Robot Arms Are Learning to Test Circuit Boards

Failed to add items

Sorry, we are unable to add the item because your shopping cart is already at capacity.

Add to basket failed.

Please try again later

Add to wishlist failed.

Please try again later

Remove from wishlist failed.

Please try again later

Adding to library failed

Please try again

Follow podcast failed

Unfollow podcast failed

How Robot Arms Are Learning to Test Circuit Boards

Listen for free

View show details

In this episode of The Robotics Business, Lucas and Luna dive into how robot arms are being trained to perform automated functional testing of printed circuit boards — a task traditionally done by human technicians with multimeters. They look at a specific case: a contract electronics manufacturer in Shenzhen that deployed a six-axis arm from a Chinese robotics startup to run 400 continuity checks per board in under 90 seconds, slashing test costs by 60 percent. The hosts discuss the sensing challenges — teaching a robot to seat a probe precisely onto a gold-plated pad without damaging it — and why this application is a high-margin niche for robotics integrators. They also explore the economics: a single human tester costs roughly $25,000 a year in that region; a robotic test cell runs about $35,000 upfront but pays back in 18 months. Lucas and Luna debate whether in-circuit testing will ever be fully automated or if humans will always handle the edge cases. A focused look at a quiet but fast-moving corner of industrial automation. #RobotArms #CircuitBoardTesting #PCBTesting #AutomatedTesting #IndustrialRobotics #ElectronicsManufacturing #SixAxisArm #ContractManufacturing #Shenzhen #FunctionalTesting #ContinuityCheck #TestAutomation #HardwareStartup #RoboticsIntegration #ManufacturingTech #Business #FexingoBusiness #BusinessPodcast Keep every episode free: buymeacoffee.com/fexingo

No reviews yet