Solomon Introduces Advanced Robot Inspection Solution Built on NVIDIA Isaac Platform
[Taipei – May 19, 2025] – Solomon today announced the launch of a next-generation robot-based inspection solution that integrates advanced AI vision with NVIDIA Isaac Manipulator motion planning libraries. Designed for complex, multi-surfaced products, the system delivers high-precision, adaptive inspection using only a few training images of defective parts—significantly reducing the time and data required for deployment.
Originally deployed for server inspection, the solution is applicable across a wide range of industries where traditional inspection struggles with irregular or multi-sided objects, such as semiconductor equipment, dental aligners, and automotive components. It supports multiple brands of industrial robots and cobots, offering manufacturers flexibility in hardware selection. By combining Solomon’s low-sample AI defect detection, 3D CAD-based pose estimation, and Isaac cuMotion-driven path planning, the system enables a robot to automatically locate and inspect specific areas—without requiring any coding from the user.
Key benefits of the solution include:
- Accurate inspection of curved, asymmetrical, or recessed surfaces
- Fast detection of subtle defects, including light scratches, cracks, and dents
- Integration with specialty camera modules, including thermal, infrared, ultraviolet, and night vision
- Rapid deployment for high-mix product lines with minimal training data
- Reduced reliance on manual labor, ensuring consistent and scalable inspection
- Hardware-agnostic design supporting a wide variety of robot and cobot platforms
For enhanced versatility, the system can also be mounted on Autonomous Mobile Robots (AMRs) to enable mobile inspection of large or stationary assets—such as aircraft components, turbine housings, or medical imaging machines—transforming inspection from a fixed process into a plant-wide, intelligent service.
Solomon’s AI-driven robot inspection platform marks a major advancement in vision-enabled automation, merging machine learning, robotic precision, and intelligent mobility to streamline quality control across the factory floor.