Structure de mise en forme 2 colonnes

HYDROMEL aims at developing new versatile 3D automated production systems with a positioning accuracy of 100 nm for complex micro-devices. Based on ultra precision robots improved by the innovative knowledge-based self-assembly technology, this groundbreaking combination will participate in the massive production of high-added value strategic and emerging micro-products.

The combination of positional assembly - where objects are mechanically manipulated and positioned one by one - and self-assembly (autonomous organisation of components into patterns or structures without human intervention)  - where objects arrange themselves into ordered structures by physical or chemical interactions- has never been achieved at the industrial scale and, as a consequence, is a new and flexible production concept permitting the development of a fully innovating hybrid automated tool for assembly of micro-products.

Relying on the latest scientific developments in robotics and self-assembly, HYDROMEL’s academic and R&D partners are working to make possible the availability of a hybrid/self-assembly technology in Europe at an industrial scale, which will be radically new and will push Europe as leader in the field of high added value micro-products manufacturing.

Thanks to the flexibility of the process, HYDROMEL will be capable of meeting requirements in wide range of applications and, as a consequence, dynamize existing markets and open new ones to generate employment.

Applications in the field of micro-mechanics, electronics, biological engineering, micro-fluidics and IT will be showed by the development of 5 demonstrators:

MechatronicPackaging of micro force sensors and micro-grippers

Robotic placement of fragile MEMS devices on the circuit board


Self positioning and self alignment to the device package



ElectronicsAutomated parallel RFID tags assembly

Pre-alignment of components


Automated feeding system: (fluidic transportation)


Parallel fine alignment by controlled adhesion





BiotechnologyHigh throughput microinjection

Automated feeding system (vision and fluidic based sorting)


SA-base immobilisation/releasing system of cells


Injection into the cell (force and vision feedback)





NanodevicesNanophotonics, electronics and mechanics (system on chips or future 3D circuits)Synthesis, Self-assembly and characterisation of sub-systems for emerging nano-based devices
ITAutomated inspection of laser diode chips

SA-based feeding system


Robotic gripping


SA-based alignment system










New needs in microassembly:

  • Manipulate smaller components
  • Work with heterogeneous materials

  • Get higher production speeds

  • Get higher assembly precision

  • Complex assembly in the 3 spatial dimensions