Cognitively enhanced robots for manufacturing. Receives funding from the @EU_H2020 R&I Programme. Any related tweets reflect only the views of project owner
RT @NuclearAMRC: Find out how we developed automated grinding techniques for nuclear components, as part of @coromaproject research into intelligent robot technologies – https://t.co/09Nhj1E7ZO https://t.co/BgEe4Vyb9k
RT @NuclearAMRC: How's this for Coroma therapy? Vibrations from hand-held grinders can cause long-term injury to operators – we developed intelligent robotic technology to avoid that risk, as part of @coromaproject – https://t.co/09Nhj1E7ZO https://t.co/e9s7aS4s7s
RT @Erdm_Ozturk: A recent paper "Frequency Response Prediction For Robot Assisted Machining" which is a collaboration between @IDEKO_ and @TheAMRC is now online.
https://t.co/bl19OGxub5 #machining#cutting
RT @HispaRob: Un sistema robótico cognitivamente mejorado para la fabricación de piezas metálicas y de composites @IDEKO_ | hisparob https://t.co/IxvcwxzPtM
RT @gherranzc: 3 years ago @SORALUCE started with @IDEKO_IK4 a huge project to develop a friendly interface to allow cooperation between machine and robots to ease the production making an universal solution through @coromaproject https://t.co/MtLNnBH0aD
New video on @coromaproject channel: #Robotic non-destructive inspection of the integrity of metal parts in critical applications, in this case it is an #ultrasonic#inspection of some parts of the steam generator of a nuclear reactor for electricity generation.
RT @Erdm_Ozturk: The final presentation from me on the CIRP GA on robotic drilling and keynote paper presentation “Robots in machining” with Prof. Alexander Verl. The last one was a collaboration between @TheAMRC @IDEKO_IK4 and @DFKI for the @coromaproject