© Festo SE & Co. KG
2024/05/07
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Globálně, Belgie, Irsko, Holandsko, Velká Británie
Autonomous Flying in a Swarm
For more than 15 years, the Bionic Learning Network has been focusing on the fascination of flying. In addition ...
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For more than 15 years, the Bionic Learning Network has been focusing on the fascination of flying. In addition to the technical decoding of bird flight, the team has researched and technologically implemented numerous other flying objects and their natural principles. With the BionicBee, the Bionic Learning Network has now for the first time developed a flying object that can fly in large numbers and completely autonomously in a swarm. The BionicBee ...
© Festo SE & Co. KG
BionicBee - swarm flight
Collision-free flight: To fly in a swarm, the bees follow the paths specified by a central computer.
© Festo SE & Co. KG
BionicBee - Info Graphic
  Functional integration in a small space: The bee’s body contains the compact design for the wing-beating mechanism, the communication technology, and the control components for wing beating and adaptation of the wing geometry.
© Festo SE & Co. KG
BionicBee 2
Natural flight maneuvers with four degrees of freedom: The artificial bee flies with a wingbeat frequency of 15 to 20 hertz. The wings beat forwards and backwards at a 180-degree angle.
© Festo SE & Co. KG
BionicBee 1
The BionicBee is the smallest flying object of the Bionic Learning Network to date. For the first time, the developers used the methodology of generative design.
QM Systems 4
The high-speed vial filling, capping and labelling line designed by QM Systems.
QM Systems 3
A label is printed and applied, giving batch code traceability.    
QM Systems 2
The cap fitting process picks and applies each cap to a specific torque using the Festo EHMD.
QM Systems 1
The automated filling line incorporates Festo’s VTOE dispensing heads and VAEM high speed valve control module.