Insider Brief
- Inbolt is expanding its AI vision platform with new robot programming and motion-control capabilities designed to reduce the lengthy manual tuning typically required to deploy industrial robots on factory floors.
- Inbolt Robot Programming allows engineers to generate robot programs directly from CAD models, while Inbolt Robot Control streams real-time motion corrections into robot control systems using the company’s AI vision model.
- The release adds native support for Yaskawa robots alongside FANUC, KUKA, ABB, Universal Robots and Comau, while updated vision models improve part localization, diagnostics and live performance monitoring.
Inbolt is expanding its AI vision platform with new robot programming and motion-control capabilities designed to reduce the weeks of manual tuning typically required to deploy industrial robots on factory floors.
The company pointed out that industrial robot deployment often takes weeks because digital twins rarely match real-world factory conditions precisely. Small variations in robot positioning or part placement can force engineers to manually reteach robot trajectories point by point during commissioning.
The company indicated the two new capabilities target different parts of that process.
Inbolt Robot Programming allows engineers to create robot programs directly from CAD models instead of manually programming movements on the factory floor. During operation, Inbolt’s AI vision model identifies the real-world location of parts and adjusts robot motion automatically to match the planned path.
Inbolt Robot Control handles the execution side of the system, streaming corrected joint commands directly into a robot’s control loop in real time. The company said the latest release adds native support for Yaskawa robots, joining existing integrations with FANUC, KUKA, ABB, Universal Robots and Comau.
The company also updated its Inbolt Vision Model with improved part localization capabilities designed to track a wider range of industrial components. Inbolt said the updated system provides robotics engineers with live diagnostics, part tracking and performance monitoring tools through its Inbolt Studio dashboard.
Key features of the launch include:
- CAD-based robot programming designed to eliminate manual trajectory tuning during deployment.
- Real-time robot motion correction using AI vision systems.
- Native support for Yaskawa robots, joining Fanuc, Kuka, ABB, Universal Robots and Comau.
- Expanded vision models capable of tracking a wider range of industrial parts.
- Real-time diagnostics and performance monitoring inside the Inbolt Studio platform.
The company is showcasing the new technology at Automate 2026 in Chicago through a series of live demonstrations involving real-time bin picking, dynamic dispensing on moving conveyor lines, workpiece tracking and automated de-racking applications. Several demonstrations are running with Fanuc collaborative robots and Nvidia Jetson AGX Orin processing systems.
