Our customers speak the best of our products
With our microFAB-3D we could print innovative micro-swimmers and micro-mixers activated by acoustic waves inside microfluidic channels. The Microlight3D software allowed us to place and rotate easily our capsules on the substrates.
With our microFAB-3D we could print innovative micro-swimmers and micro-mixers activated by acoustic waves inside microfluidic channels. The Microlight3D software allowed us to place and rotate easily our capsules on the substrates.
The Microlight microFAB-3D is an easy to operate instrument for high-precision 3D microfabrication by Two-Photon Polymerization. It opens the doors to new research areas in biomaterials, tissue engineering and biology.
The Microlight microFAB-3D is an easy to operate instrument for high-precision 3D microfabrication by Two-Photon Polymerization. It opens the doors to new research areas in biomaterials, tissue engineering and biology.
Thanks to our microFAB-3D systems, we could develop new materials with exceptional two-photon polymerization performance. Also, the system upgradability was very convenient, and the Microlight3D team could adapt it regularly to our needs.
Thanks to our microFAB-3D systems, we could develop new materials with exceptional two-photon polymerization performance. Also, the system upgradability was very convenient, and the Microlight3D team could adapt it regularly to our needs.
The Smart Print system has provided us with a quick, flexible and extremely easy to use lithographic tool. Almost everybody in our lab has gone hardmask-less!
The Smart Print system has provided us with a quick, flexible and extremely easy to use lithographic tool. Almost everybody in our lab has gone hardmask-less!
We use the Smart Print to make electrical contact to high quality 2D materials and van der Waals heterostructures. The maskless technology is perfectly suited for our ever-changing electrical designs. The Smart Print is a versatile system that allows us to explore many different projects with varying lithography requirements.
We use the Smart Print to make electrical contact to high quality 2D materials and van der Waals heterostructures. The maskless technology is perfectly suited for our ever-changing electrical designs. The Smart Print is a versatile system that allows us to explore many different projects with varying lithography requirements.
We use the Smart Print for the fabrication of all our next-generation solar cell prototypes, which are based on III-V and 2D materials. Having the Smart Print has changed the way we work. We have total flexibility to adapt the lithography design to the demands of each particular device or process. It offers us the flexibility of e-beam lithography, but in a cost-effective, easy to use photolithography system.
We use the Smart Print for the fabrication of all our next-generation solar cell prototypes, which are based on III-V and 2D materials. Having the Smart Print has changed the way we work. We have total flexibility to adapt the lithography design to the demands of each particular device or process. It offers us the flexibility of e-beam lithography, but in a cost-effective, easy to use photolithography system.
