# VTS 2030 with Robotics for Automated Testing Systems > Source: https://mcd.site team.de/en/industries/automation-industrial/vts-2030-with-robotics-for-automated-testing-systems/ > Last updated: 2026-10-01 --- VTS 2030 WITH # Robotics for Automated Testing Systems [Learn More](#) ![](https://mcd.site team.de/wp-content/uploads/2026/07/vts-2030_automated-with-robot_mcd-002-2-scaled.png) ## The VTS 2030 with adapter can be expanded into a fully automated testing system using modern robotics. Robotic arms, intelligent sensors, and powerful software tools enable seamless integration into production lines. This results in end-to-end, efficient, and repeatable inspection processes that meet the highest quality standards in industrial manufacturing. ## Challenges and Concept ![](https://mcd.site team.de/wp-content/uploads/2026/07/vts-2030-016-1.jpg) ![](https://mcd.site team.de/wp-content/uploads/2026/06/Group_30131.svg) The VTS 2030 supports the integration of an industrial robot or a cobot to implement a fully automated test sequence. The robot handles automated workpiece handling, which includes retrieval, precise positioning in the test adapter, and the process-controlled ejection or return of the test specimen upon completion of the test. In combination with state-of-the-art sensor technology and intelligent control software, this enables a continuous, reproducible, and highly efficient inspection process. Seamless integration into existing manufacturing processes reduces manual intervention, minimizes sources of error, and significantly increases overall efficiency. Thanks to the VTS 2030’s modular architecture, the system remains flexibly expandable and can be individually adapted to different inspection requirements. ## Scope of Testing and Functionality ![](https://mcd.site team.de/wp-content/uploads/2026/07/vts-2030-015.jpg) ![](https://mcd.site team.de/wp-content/uploads/2026/06/Group_30131.svg) Combining the VTS 2030 with state-of-the-art robotics technology results in highly flexible automation solutions for demanding testing tasks in industrial manufacturing. The robot not only performs simple handling steps but, thanks to its integration with sensors and gripping tools, can also independently execute complex processes. These include, for example, the automatic loading of test adapters, the precise positioning of test specimens, and the transfer of test specimens to downstream test stations. Thanks to the modular design of the VTS 2030, these processes can be optimally integrated into existing production lines. The intelligent software control ensures synchronized coordination between the inspection system and the robot, thereby reducing downtime and increasing throughput rates. This results in a scalable, comprehensive solution for automated quality assurance. ## Test Methods Used and Results ![](https://mcd.site team.de/wp-content/uploads/2026/06/Group_30132.svg) The robot-assisted extension of the VTS 2030 offers numerous advantages for modern manufacturing and testing environments. By fully automating repetitive handling and testing processes, manual intervention is significantly reduced, which greatly increases process reliability and reproducibility. At the same time, the risk of errors is reduced because the robot operates with precision and consistency. Another advantage is the system’s high flexibility: Different test items and test adapters can be processed quickly and without significant changeover effort. Combined with the modular architecture of the VTS 2030, this creates a scalable solution that can be customized to meet changing production requirements. This leads to a sustainable increase in efficiency, throughput, and quality in manufacturing. ## FREQUENTLY ASKED QUESTIONS ### FAQs Can the VTS 2030 be fully automated? Yes, the VTS 2030 can be expanded into a fully automated inspection system through the integration of robotic arms, sensors, and software tools. This enables end-to-end inspection processes without manual intervention. What tasks does the robot perform in the VTS 2030 system? The robot performs key handling steps such as retrieving test specimens, positioning them in the test adapter, and returning them to their original locations on the production line once testing is complete. Is the VTS 2030 suitable for production lines? Yes, the system is specifically designed for use in semi- and fully automated production lines and can be flexibly integrated into existing manufacturing processes. What are the benefits of the robotics expansion? Robotics reduces the need for manual intervention, increases process reliability, and ensures reproducible inspection procedures. At the same time, it significantly improves efficiency in quality assurance. Can the system be adapted to different testing requirements? Yes, thanks to the VTS 2030’s modular design, the system can be flexibly expanded and adapted to various testing and production requirements. What role does the software play in the system? The software coordinates the interaction between robots, sensors, and the test system, enabling synchronized, automated test sequences. ![](https://mcd.site team.de/wp-content/uploads/2026/05/Multiple-Layers-1.webp) ## KEY FACTS Automated Test Procedure ### Circuit Boards ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### Self-service withdrawal ### Optical inspections for completeness, position, and straightness ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### via camera ### Scanning the barcode and filing ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### for functional testing in a test adapter ### Closing the Adapter ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### using a gripper tool ### Opening the Adapter ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### after the test is complete ### Sorting test specimens by test results ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### in the magazine System Architecture & Modularity ### Modular System ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### with up to 16 function modules per VTS 2030 unit ### Standardized hardware and software architecture ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### for rapid system integration Integration, Flexibility, and Applications ### Flexible Integration ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### in semi- and fully automated production lines ### Expandable with robotics ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### for fully automated testing processes ### Use in ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### Functional, end-of-line, and BSCAN tests ### Fast changeover times ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### via the Pylon interface and modular adapter technology ### Integration of ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### mechanical wobble circle testing and electrical contacting [DOWNLOAD Brochure](https://mcd.site team.de/wp-content/uploads/2026/07/MCD-Elektronik_VTS2030_deutsch-1.pdf) Learn more directly from the brochure DOWNLOAD CASE STUDY Learn more directly from the Messtec HF Test application report ## REFERENCE PROJECTS [![](https://mcd.site team.de/wp-content/uploads/2026/07/EOLT-robot-cell_mcd-02-2-scaled.png)](https://mcd.site team.de/en/industries/automation-industrial/eolt-robot-cells-for-multiple-testing-of-haptic-components/) EOLT Robot Cells for Multiple Testing of Haptic Components [![](https://mcd.site team.de/wp-content/uploads/2026/07/INLINE-SYSTEM-mechatronic-components_mcd-003-1-scaled-e1788862608472-1024x946.png)](https://mcd.site team.de/en/industries/automation-industrial/in-line-testing-system-for-mechatronic-components/) In-line testing system for mechatronic components [![](https://mcd.site team.de/wp-content/uploads/2026/07/INLINE-SYSTEM-multiple-pcb-test_mcd-001-910x1024.png)](https://mcd.site team.de/en/industries/automation-industrial/inline-system-for-testing-multiple-printed-circuit-boards/) Inline system for testing multiple printed circuit boards ![](https://mcd.site team.de/wp-content/uploads/2026/05/Multiple-Layers-1.webp)