Project cooperationUpdated on 28 April 2025
XR/AI Testbed/Methods/Technology provider
About
With its Virtual Reality Center Production Engineering (VRCP) laboratory, the Chair of Production Systems and Processes at Chemnitz University of Technology has one of the best-equipped VR/AR laboratories worldwide. The available equipment covers the entire spectrum from large projective VR systems (5-sided CAVE) to various VR-HMD. In addition, various OST-HMDs, projectors and tablets are available at the VRCP in order to achieve full spectrum coverage in the AR area as well. Furthermore, optical (VICON) and inertial-based (XSENS) motion analysis systems exist. A unique feature is a KUKA iiwa robot which can be used as a haptic input device for VR training and which allows the simulation of high forces, such as those that occur during endoprosthetic surgery. Since the VRCP was founded in 2003, numerous AR/VR training and assistance systems have been developed for a wide range of applications. In the process, an international pioneering role in the haptic simulation of large forces for hip replacement surgery training has been established. Due to the breadth of equipment, the many years of research and development experience as well as the international excellence in the high-force haptic simulation field, the Chair of Production Systems and Processes can contribute a complete testbed as well as the associated know-how for all virtual training simulations as a unique selling point to any consortia.
Similar opportunities
Project cooperation
Daniela Buleandra
Senior Business Analyst at Software Imagination and Vision
Bucharest, Romania
Project cooperation
Digital solutions for industrial processes
- Completing the consortia
- Partner seeks Consortium
- Cluster 4 2025 Call - INDUSTRY: all topics
- Cluster 4 2025 Call - INDUSTRY two-stage: all topics
- CL4-INDUSTRY | ENE_INT_IND | TWIN-TRANSITION-32: Green and resilient flexible production processes
- CL4-INDUSTRY | ENE_INT_IND | TWIN-TRANSITION-36: Safe and clean processing technologies and products
- CL4-INDUSTRY | ENE_INT_IND | TWIN-TRANSITION-33: Integrated use of renewable energy carriers in industrial sites
- CL4-INDUSTRY | ADV_MANU | TWIN-TRANSITION-05: Advanced manufacturing technologies for products for the net-zero industry
- CL4-INDUSTRY | ENE_INT_IND | TWIN-TRANSITION-31: From heat-driven processes to the use of mechanical and electric forces
- CL4-INDUSTRY | ENE_INT_IND | TWIN-TRANSITION-34: Smart integration of net zero technologies into Energy Intensive industries
- CL4-INDUSTRY | ENE_INT_IND | TWIN-TRANSITION-39: Towards human-centric, sustainable and resilient energy-intensive industries
- CL4-INDUSTRY | ENE_INT_IND | TWIN-TRANSITION-37: Solving issues in carbon-neutral iron and steel making processes with diverse input materials of varying quality
Antonio Gómez
R&D manager at Nabladot, S.L.
Zaragoza, Spain
Project cooperation
Digital Innovation & Sustainability for Advanced Manufacturing
- Completing the consortia
- Partner seeks Consortium
- Design - setting the project scope
- Ideation - identifying the project idea
- CL4-INDUSTRY | AI_in_SCI | DIGITAL-62: Facilitated cooperation for AI in Science
- CL4-INDUSTRY | TECH_INFRA | HUMAN-64: Pilot initiatives on Technology Infrastructures
- CL4-INDUSTRY | ENE_INT_IND | TWIN-TRANSITION-32: Green and resilient flexible production processes
- CL4-INDUSTRY | ADV_MANU | TWIN-TRANSITION-02: Physical and cognitive augmentation in advanced manufacturing
- CL4-INDUSTRY | ENE_INT_IND | TWIN-TRANSITION-39: Towards human-centric, sustainable and resilient energy-intensive industries
- CL4-INDUSTRY | ENE_INT_IND | TWIN-TRANSITION-38: Synergies and mutual learning with national and regional initiatives in Europe on Industrial decarbonisation
Jonathan Borg
CEO at MECB Innovation
Iklin, Malta