Future of Lithography Logistics: HERO Scout Proven in Real-World Cleanroom Operations

Written by Fabmatics | Aug 3, 2026, 9:36:08 AM

Within the European AIMS 5.0 research project, SCIO member Fabmatics and Infineon Technologies Dresden successfully evaluated the new autonomous mobile robot (AMR) HERO Scout under real production conditions in a 200 mm semiconductor fab. The AMR performed fully automated transport and handling of reticle SMIF pods and 200 mm wafer carriers in lithography operations, including navigation through narrow cleanroom aisles, high-speed movements and complex handling scenarios. The results confirm that HERO Scout is technically ready for deployment in highly automated, digitalized semiconductor fabs and makes an important contribution to the goals of AIMS 5.0.

AIMS 5.0: AI-Enabled Automation for the Industry 5.0 Factory

AIMS 5.0 (Artificial Intelligence in Manufacturing leading to Sustainability and Industry 5.0) is one of the key European initiatives to strengthen digital sovereignty in semiconductor manufacturing. Between 2023 and 2026, 53 partners from 12 countries are developing AI-enabled components, software platforms and automation solutions for productive, resilient and sustainable industrial manufacturing.

Coordinated by Infineon Technologies, the project validates new technologies directly in real factory environments, ranging from AI-based process optimization to autonomous cleanroom logistics. Fabmatics contributes with advanced storage solutions, digital twins and the development of the HERO Scout mobile robotic platform featuring AI-enabled control software and auto-teaching capabilities.

Reticle Logistics as a Critical Lithography Process

Lithography is among the most cost-intensive and production-critical areas in semiconductor manufacturing. Any delay or supply interruption at lithography tools directly impacts throughput, overall equipment effectiveness and yield. Reticle logistics therefore has to operate with the same level of reliability and synchronization as wafer logistics. Manual handling introduces risks related to errors, delays and workplace ergonomics. This is the challenge addressed by the AIMS 5.0 use case through autonomous and highly precise reticle transport.

Field Validation in Infineon's 200 mm Fab

For validation, the HERO Scout prototype was deployed in Infineon Dresden's 200 mm lithography production area under real cleanroom conditions. The evaluation covered transport and handling of reticle pods and wafer carriers, navigation in complex cleanroom environments, interaction with personnel and dynamic obstacles, and driving stability at higher speeds.

The trials were conducted using dummy materials to simulate realistic operating conditions without affecting production. Across all test scenarios, HERO Scout demonstrated high reliability in navigation and handling. The system also confirmed safe interaction with its environment while meeting stability requirements. In addition, several optimization opportunities were identified for future development.

A Building Block for Future Semiconductor Fabs

The successful validation provides an industry-relevant demonstrator within AIMS 5.0. HERO Scout combines automated reticle transport, a scalable AMR platform with AI-enabled control architecture, and seamless integration into existing fab layouts without major infrastructure modifications.

Looking ahead, HERO Scout will enable semiconductor manufacturers to gradually transition reticle and wafer logistics from manual handling toward fully autonomous operations. Combined with other AIMS 5.0 developments such as digital twins and AI-driven fleet orchestration, the solution represents an important building block for the intelligent, connected, and sustainable factories of the future, developed in Europe.

As part of the SCIO Automation Group, Fabmatics contributes to the advancement of intelligent automation solutions for highly demanding manufacturing environments.

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