Eliminating manual workflows in electronics manufacturing through deterministic, high-precision computer vision.
Every electronic device — from smartphones and medical equipment to automotive and industrial systems — contains a Printed Circuit Board (PCB). To improve manufacturing efficiency, multiple PCBs are typically produced together as a panel and later separated into individual boards through a process called PCB depaneling.
In high-mix electronics manufacturing, every new product often requires a new machine setup. For each board design, operators frequently need to manually define bridge locations and prepare CNC depaneling paths through repetitive teach-mode programming.
This process can take 20–30 minutes per product changeover.
Operator intervention required to place bridges.
SpadanaDepanelVision eliminates this manual workflow entirely. The process is simple:
Load the panel design file seamlessly into the system.
Initiate the AI vision engine with zero teach-mode programming.
Automatically generate perfect bridge locations instantly.
Rather than relying only on image detection, SpadanaDepanelVision fuses CAD geometry with real-world image information to generate highly accurate bridge placement.
Our proprietary Hybrid Tangent algorithms ensure that AI detections perfectly align with the physical routing logic of your CNC machine.
A smarter manufacturing workflow.
Contact Spadana AI Solutions to integrate AI-powered automation into your manufacturing workflow.