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Sketches of Science
Sketches of Science Photo Sessions with Nobel Laureates

Over 60 Nobel Laureates have put their discoveries on paper in a creative fashion and then been photographed with them. The result is an exhibition with impressive portraits.


b-IONIC Airfish
b-IONIC Airfish A flying prototype demonstrating ionic jet- and plasma ray propulsion systems

b-IONIC-Airfish mit Plasmawellenantrieb und Ionenstrahlantrieb

BionicKangaroo – Cinemática de salto energéticamente eficiente como su modelo natural
BionicKangaroo – Cinemática de salto energéticamente eficiente como su modelo natural Recuperación, almacenamiento y utilización de energía conforme al modelo natural
BionicOpter
BionicOpter Inspiración: el vuelo de la libélula
SmartBird
SmartBird Descifrado el vuelo de los pájaros

 

 

 

performance 2014 - presentacion
performance 2014 - presentacion Festo - La empresa
eMotionSpheres – collision-free motion of autonomous systems in a space
eMotionSpheres – collision-free motion of autonomous systems in a space Flying objects with bionic drive – individual and collective

With the eMotionSpheres, Festo shows how several flying objects can move in a coordinated manner and within a defined space. Whether individually or collectively – even in chaotic situations, there are no collisions as the balls move out of each other’s way.

DualWingGenerator – power generation with the wing-beating principle
DualWingGenerator – power generation with the wing-beating principle Self-optimising system for ultimate plant efficiency and process reliability

With the DualWingGenerator, Festo has developed an extraordinary technology platform as part of the Bionic Learning Network. In contrast to conventional small wind power stations, the system uses two pairs of opposing wings instead of rotor blades to generate power.

MultiChoiceGripper – variable gripping based on the human hand
MultiChoiceGripper – variable gripping based on the human hand An adaptive and flexible gripper for the widest range of shapes

Just like its natural role model, the MultiChoiceGripper combines different grip types. Its fingers can therefore be switched over so that they can either grip in a parallel or centric direction – without requiring any conversion.

SupraMotion 2.0 – contactless movement of hovering objects with the aid of superconductivity
SupraMotion 2.0 – contactless movement of hovering objects with the aid of superconductivity Superconductors and their potential for industrial automation

Contactless movement of hovering objects thanks to superconductor technology. In all directions and positions as well as in sealed spaces. Under the heading SupraMotion 2.0, Festo presents three more research platforms: SupraHandling 2.0, SupraShuttle and SupraChanger.

Declaration of ingredients
Declaration of ingredients FN 940106 - Ban on / declaration of ingredients

Festo standard 940106 defines specifications for banned ingredients used in materials, as well as ingredients which are subject to mandatory declaration.

AquaJellies 2.0 – Autonomous behaviour in a collective
AquaJellies 2.0 – Autonomous behaviour in a collective Bionic technology carriers for the water technology sector

The artificial jellyfish have an intelligent, adaptive mechanism and are equipped with an electric drive unit. Their integrated communication and sensor technology plus the real-time diagnostics enable a coordinated, collective behaviour even in a limited space.

AquaJelly
AquaJelly An artificial jellyfish with electric drive unit
SupraMotion
SupraMotion Frictionless movement thanks to superconductive bearings

With the three exhibits SupraLinearMotion, SupraHandling and SupraPicker, Festo demonstrates the technology's potential for the industrial automation of tomorrow, showcasing contactless, linear movement, positioning in the level plane and handling in an hermetically sealed room.

WaveHandling
WaveHandling Transporting and sorting in one

The pneumatic conveyor belt can transport objects in a targeted manner and sort them at the same time. It consists of numerous bellows modules that deform the surface creating a wave motion that transports the objects in a targeted manner.

LearningGripper
LearningGripper Gripping and positioning through independent learning

The LearningGripper from Festo looks like an abstract form of the human hand. The four fingers of the gripper are driven by twelve pneumatic bellows actuators with low-level pressurisation. Thanks to the machine learning process, the gripper is able to teach itself to carry out complex actions such as the targeted gripping and positioning of an object.

Molecubes
Molecubes A programmable robot system

Molecubes – learning by experimenting and programming

Modular Lightweight Handling
Modular Lightweight Handling Handling from a construction kit
CyberKite
CyberKite Autonomous kite
AquaPenguin
AquaPenguin Bionic penguins – technology-bearers as autonomous underwater vehicles
Aqua_ray
Aqua_ray Water-hydraulic manta ray with flapping-wing drive
AirPenguin
AirPenguin Technology-bearers for adaptive flapping-wing mechanisms
Airmotion_ride
Airmotion_ride A simulator moving in 6 axes
AirArm
AirArm AirArm catches drops of water
Air_ray
Air_ray A remote-controlled hybrid construction with flappingwing mechanism
AirJelly
AirJelly An airborne jellyfish with electric drive unit
OptoFluidic
OptoFluidic Real-time optical analysis

Real-time optical analysis of fluids

Sky_liner
Sky_liner Dual-line kites with mechatronic control
Pneumatic lightweight structures
Pneumatic lightweight structures Documentation of development
YoYo
YoYo A yo-yo system actuated by a Fluidic Muscle
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