Festo Media Service

BionicSoftHand 1 The BionicSoftHand should rotate a 12-sided “cube” so that a previously defined side points upwards at the end.

BionicSoftHand 2 The BionicSoftHand is operated pneumatically for the safe and direct interaction with people.

BionicSoftArm 1 The pneumatic lightweight robot BionicSoftArm is flexible from the start and is suitable for direct human-robot collaboration.

BionicSoftArm_SCARA The BionicSoftArm as a classic SCARA application with a pick-and-place task: it can work in the tightest of spaces around obstacles.

Festo Press Image BionicOpter.jpg The highly integrated system can be operated easily and intuitively via a smartphone.

Festo Press Image BionicOpter2.jpg The BionicOpter is an ultralight flying object.

Festo Press Image BionicOpter_WorldGuinnessRecords.jpg Since September 5th the BionicOpter can be observed in the Guinness World Records 2020.

BionicWorkplace 1 Exciting concept study from Festo: in the BionicWorkplace, a person works with a robot arm as well as numerous assistance systems that are networked with each other. (Photo: Festo AG & Co. KG)

BionicWorkplace 2 The future in sight: a worker can intuitively control the BionicCobot using movement, touch or speech. (Photo: Festo AG & Co. KG)

BionicWorkplace 3 The future belongs to sensor technology. Sensors and camera systems record the positions of the worker, components and tools. (Photo: Festo AG & Co. KG)

Festo Press Image BionicSoftHand_1 The BionicSoftHand should rotate a 12-sided cube so that a previously defined side points upwards at the end.

Festo Press Image BionicSoftHand_2 The BionicSoftHand is operated pneumatically for the safe and direct interaction with people.

Festo Press Image BionicSoftArm_1 The pneumatic lightweight robot BionicSoftArm is flexible from the start and is suitable for direct human-robot collaboration.

Festo Press Image BionicSoftArm_2 The BionicSoftArm as a classic SCARA application with a pick-and-place task: it can work in the tightest of spaces around obstacles.

Festo Press Image BionicFinWave_1 The fins of the BionicFinWave are cast out of silicone and do not require struts or support elements.

Festo Press Image BionicFinWave_2, BionicFinWave_3 The underwater robot manoeuvres itself independently through a pipe system made of acrylic glass.

Festo Press Image BionicFinWave_2, BionicFinWave_3 The underwater robot manoeuvres itself independently through a pipe system made of acrylic glass.

Adaptive Shape Gripper 1 The adaptive shape gripper DHEF grips formless, round and sensitive objects – as the tongue of a chameleon does. (Photo: Festo AG & Co. KG)

Adaptive Shape Gripper 2 The adaptive shape gripper DHEF grips formless, round and sensitive objects – as the tongue of a chameleon does. (Photo: Festo AG & Co. KG)

Stefanie Seiler and Nenja Rieskamp These two Festo colleagues developed the adaptive form gripper DHEF from a bionic prototype to a catalogue product: Stefanie Seiler (Product Management, on the left) und Nenja Rieskamp (Product Development) (Photo: Festo AG & Co. KG)

Festo Press Image AquaJellies Autonomous behaviour thanks to integrated communication and sensor technology. (Photo: Festo AG & Co. KG)

Festo Press Image BionicWheelBot Mechatronic overall system: intricate kinematics based on a natural model. (Photo: Festo AG & Co. KG)

Festo Press Image BionicWheelBot The BionicWheelBot in rolling mode with extended propelling legs. (Photo: Festo AG & Co. KG)

Festo Press Image BionicFlyingFox Despite its wingspan of 228 cm and its overall length of 87 cm, the BionicFlyingFox weighs 580 grams. (Photo: Festo AG & Co. KG)

Festo Press Image BionicFlyingFox The wing kinematics of the BionicFlyingFox are also divided into primaries and secondaries. (Photo: Festo AG & Co. KG)

CMMT_EMMT Servo drive system with controller CMMT-AS and motor EMMT-AS. (Photo: Festo AG & Co. KG)

CPX-IoT-Gateway Secure access to the Festo cloud and exclusive access to individual digitalisation: the IoT gateway CPX-IoT. (Photo: Festo AG & Co. KG)

BionicWorkplace In the BionicWorkplace, humans work together with a robot arm and numerous assistance systems that are networked with each other. (Photo: Festo AG & Co. KG)

CP Factory Qualification for industry 4.0: With the CP Factory, Festo Didactic offers a cyber-physical learning and research platform. The platform represents the stations of a real production plant as a model. (Photo: Festo Didactic SE)

Festo Press Image Award ceremony Worlddidac Award 2018 The award ceremony took place on 07 November 2018 as part of Worlddidac / Swissdidac Bern (Image source: Worlddidac)

Festo Press Image Bionics4Education_1 Bionics4Education: Holistic educational concept consisting of educational kits and digital learning environment (Image source: Festo)

Festo Press Image Bionics4Education_2 Three robot models can be implemented with one modular system - ideal for interdisciplinary STEM instruction (Image source: Festo)