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Dutch Soft Robotics
Robots that will daily operate in human environments, will need a ‘soft touch’.
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Bio-inspiration for Soft Robotics (WUR - TT)
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Emerging applications in Soft Robotics (TU/e - PD)
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Agro-robotics and computation solid mechanics (WUR - PD)
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Soft Surgical Robots (TUD - TT)
Cuttlefish-inspired Medical Instruments
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Soft Care and Rehabilitation Robots (UT - TT)
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Soft Actuation and Sensing (UT - PD)
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Soft Haptic Human-Robot Interaction (TUD - TT)
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Human Soft-Robot Interaction and Design (TU/e - TT)
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Haptic Interaction for Multi-segment control (TUD - PD)
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Soft Robotics Modelling and control (TU/e - TT)
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Soft Body Mechanics & Biophysics of Attachment (WUR - PD)
Inspired by the appendices of cephalopods, hybrid material systems will be developed in which 3D conformability and bond strength can be actively controlled by external triggers.
Soft robotics is a young and promising field, and offers an exciting, radically different approach to operate safely and reliable in human-inhabited environments.
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Recent News
Read more news-
Michaël and Aimée receive Cohesion Grant
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Kick-Off Meeting of the Dutch Soft Robotics Consortium Big Success
Last Tuesday, we presented the plans of the Soft Robotics programme to about 150 representatives from academia, industr...
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Aimée Sakes wins Einthoven Dissertation Prize
Last June, Aimée Sakes was awarded the Einthoven Dissertation Prize for her work on the development of innovative flexi...
Newest Assignments
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Compliant Bullet Removal Device for Elephants
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inFlashion: Laser welding of (reinforced) thermoplastic elastomer/plastic bladders for inflatable musculoskeletal clothing (UT)
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Clingfish-inspired Soft Suction Cup (TUD)
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inFlashion: Simple manufacture of a strong, reliable inflatable fabric (UT)
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Development of a Miniature Soft Growing Needle (TUD)