Research Applications
Franka robots are trusted by leading universities and research institutes worldwide. Explore how researchers are pushing the boundaries of robotics science.
AI / Machine Learning
Train robots to learn complex manipulation tasks through imitation learning, reinforcement learning, and deep neural networks. Franka’s precise torque sensing provides rich feedback for learning algorithms.
Computer Vision
Combine Franka robots with vision systems for visual servoing, object detection, and 6D pose estimation. Perfect for research in robotic perception and sensor fusion.
Human-Robot Interaction
Study safe physical interaction, collaborative task execution, and intuitive programming interfaces. Franka’s compliant control enables natural human-robot collaboration.
Force Control & Tactile Sensing
Leverage high-resolution torque sensors in every joint for force-controlled manipulation, assembly, surface finishing, and delicate object handling research.
Medical Robotics
Develop surgical assistance systems, rehabilitation robotics, and precision therapy devices. Franka’s sensitivity and safety make it ideal for human-centered medical research.
Education & Training
Teach robotics, control theory, and programming with an intuitive, safe platform. Students can interact directly with the robot thanks to inherent collision detection and compliant motion.
Simulation & Digital Twins
Bridge the gap between simulation and reality with accurate dynamic models. Use Franka in sim-to-real research, digital twin validation, and controller verification.
Multi-Robot Systems
Study swarm robotics, collaborative manipulation, and distributed control with multiple Franka arms. Easy networking and ROS integration enable complex multi-agent experiments.
Trusted by Leading Institutions
Franka robots are used by over 200 universities and research labs globally, including MIT, Stanford, ETH Zurich, and Tsinghua University.
Share Your Research
Are you using Franka robots in your research? We’d love to feature your work. Get in touch to share your publications and demos.
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