Microrobots are rapidly developing as a valuable solution for performing microscale tasks, among which they seem particularly promising for biomedical and environmental applications. Two-photon polymerization enables the fabrication of microstructures with complex shapes, while focused laser beams allow for precise manipulation of such 3D printed objects. Whereas several challenges have yet to be overcome before microrobots can perform in the real world, many interesting laboratory applications have already been demonstrated, while others are being explored
Two-photon photopolymerization of optically curable resins is a powerful tool for fabricating microm...
3D printing has revolutionized engineering design and manufacturing in recent years by enabling the ...
Hydrogel microstructures that encapsulate cells can be assembled into tissues and have broad applica...
The advancement of micro-robotics in recent years has permitted a vast field of active research and ...
In the last decades, additive manufacturing (AM), also called three-dimensional (3D) printing, has a...
Worldwide research in microrobotics has exploded in the past two decades, leading to the developmen...
Two-Photon Polymerization (TPP) is a fabrication technique based on the localized linking of photose...
Untethered mobile robots at the micro-scale have the ability to improve biomedical research by perfo...
International audienceOptical manipulation is a technology that enables accurate manipulation of mic...
Autonomous fleets of small-scale robots have the potential to enhance operations or open entirely ne...
Mobile microscale devices and microrobots can be powered by catalytic reactions (chemical micromotor...
This work is towards targeted drug delivery using microrobots functionalized to navigate towards nat...
The miniaturization of robots and actuators down to the micrometer length scale constitutes a fascin...
Magnetic microrobots are magnetically actuated sub-millimeter 3D structures of increasing interest f...
Mobile microscale devices and microrobots can be powered by catalytic reactions (chemical micromotor...
Two-photon photopolymerization of optically curable resins is a powerful tool for fabricating microm...
3D printing has revolutionized engineering design and manufacturing in recent years by enabling the ...
Hydrogel microstructures that encapsulate cells can be assembled into tissues and have broad applica...
The advancement of micro-robotics in recent years has permitted a vast field of active research and ...
In the last decades, additive manufacturing (AM), also called three-dimensional (3D) printing, has a...
Worldwide research in microrobotics has exploded in the past two decades, leading to the developmen...
Two-Photon Polymerization (TPP) is a fabrication technique based on the localized linking of photose...
Untethered mobile robots at the micro-scale have the ability to improve biomedical research by perfo...
International audienceOptical manipulation is a technology that enables accurate manipulation of mic...
Autonomous fleets of small-scale robots have the potential to enhance operations or open entirely ne...
Mobile microscale devices and microrobots can be powered by catalytic reactions (chemical micromotor...
This work is towards targeted drug delivery using microrobots functionalized to navigate towards nat...
The miniaturization of robots and actuators down to the micrometer length scale constitutes a fascin...
Magnetic microrobots are magnetically actuated sub-millimeter 3D structures of increasing interest f...
Mobile microscale devices and microrobots can be powered by catalytic reactions (chemical micromotor...
Two-photon photopolymerization of optically curable resins is a powerful tool for fabricating microm...
3D printing has revolutionized engineering design and manufacturing in recent years by enabling the ...
Hydrogel microstructures that encapsulate cells can be assembled into tissues and have broad applica...