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air cushionShip
A new contactless pneumatic microfeeder based on distributed manipulation is proposed. By cooperation of dynamically programmable microactuators, the part to be conveyed floats over an air cushion and is moved to the desired location with the desired orientation. CFD simulations are used to test the validity of the proposed concept and refine the design of the microactuator
In this paper, a micro pneumatic end-effector for micromanipulation and microassembly with in-situ P...
This paper demonstrates the use of computational fluid mechanics as an effective tool in the design ...
In this thesis, a study of the rational design and fabrication of microfluidic systems for microsphe...
A new contactless pneumatic microfeeder based on distributed manipulation is proposed. By cooperatio...
This paper presents modelling and design optimization of a microfeeder which, as part of a microasse...
Part 5: Gripping and Handling Solutions in AssemblyInternational audienceThe increasing miniaturizat...
Compliant pneumatic micro-actuators are interesting for applications requiring large strokes and for...
© 2018 CURRAN-CONFERENCE. All rights reserved. This paper shows the advantages of introducing pneuma...
AbstractCompliant pneumatic micro-actuators are interesting for applications requiring large strokes...
In the high-tech industry the call for higher precision and higher accuracy will never vanish. One o...
Silicon wafers are getting bigger and bigger in the production line, aiming for faster manufacturing...
International audienceThis paper deals with the presentation of a new microparts feeding system base...
In this paper, a new pneumatic end effector system for micro/nano fluidic handling, nanomanufacturin...
In this work, a Pneumatic Nozzle Flapper is built and simulated. This device is used to stimulate a ...
International audienceMany industries require contactless transport and positioning of delicate or c...
In this paper, a micro pneumatic end-effector for micromanipulation and microassembly with in-situ P...
This paper demonstrates the use of computational fluid mechanics as an effective tool in the design ...
In this thesis, a study of the rational design and fabrication of microfluidic systems for microsphe...
A new contactless pneumatic microfeeder based on distributed manipulation is proposed. By cooperatio...
This paper presents modelling and design optimization of a microfeeder which, as part of a microasse...
Part 5: Gripping and Handling Solutions in AssemblyInternational audienceThe increasing miniaturizat...
Compliant pneumatic micro-actuators are interesting for applications requiring large strokes and for...
© 2018 CURRAN-CONFERENCE. All rights reserved. This paper shows the advantages of introducing pneuma...
AbstractCompliant pneumatic micro-actuators are interesting for applications requiring large strokes...
In the high-tech industry the call for higher precision and higher accuracy will never vanish. One o...
Silicon wafers are getting bigger and bigger in the production line, aiming for faster manufacturing...
International audienceThis paper deals with the presentation of a new microparts feeding system base...
In this paper, a new pneumatic end effector system for micro/nano fluidic handling, nanomanufacturin...
In this work, a Pneumatic Nozzle Flapper is built and simulated. This device is used to stimulate a ...
International audienceMany industries require contactless transport and positioning of delicate or c...
In this paper, a micro pneumatic end-effector for micromanipulation and microassembly with in-situ P...
This paper demonstrates the use of computational fluid mechanics as an effective tool in the design ...
In this thesis, a study of the rational design and fabrication of microfluidic systems for microsphe...
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