FEMTOprint 3D PRINTING FOR GLASS MICRODEVICES
Description
FEMTOPRINT® is a 3D printing technology that uses light as a powerful ink source. The beam, focused inside glass, locally modifies the refractive index and density of the material. Depending on exposure parameters, waveguides can be formed to realize complex integrated optical components or three-dimensional structures with additional chemical etching. All of these features are possible with high complexity, precision, and aspect ratio.
FEMTOPRINT® is the sole 3D microfabrication platform capable of material structuring using arbitrary patterns to produce challenging, monolithic 3D shapes in glass with high precision, sub-micron resolution, and with an additional polishing step, optical surface quality.
FEMTOprint 3D PRINTING FOR GLASS MICRODEVICES
Specifications |
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| Type Of Service: | Concept development, Project management, Engineering design, Manufacturing design |
Applications
R&D projects for Customers
Design of new devices
EU/Innosuisse/Community projects
New process engineering
For pricing, technical or any other questions please contact the supplier
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How to order?
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Ships from:
Switzerland
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Sold by:
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On FindLight:
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Frequently Asked Questions
FEMTOprint is a 3D printing technology that uses light to modify the refractive index and density of glass, allowing for the creation of complex integrated optical components and three-dimensional structures.
FEMTOprint is used in R&D projects, design of new devices, EU/Innosuisse/Community projects, and new process engineering.
FEMTOprint offers sub-micron resolution, surface roughness Ra < 100na, aspect ratio > 1:500, glass-to-glass seal withstands > 100 bar, and repeatability & alignment precision < 1 µm.
Glass microdevices created with FEMTOprint are optically transparent, inert, durable, thermally and mechanically stable, suitable for electrical isolation, low-cost and abundant, and have high flexural strength and elasticity.
FEMTOprint offers R&D and rapid prototyping services, contract manufacturing services for serial production of 3D microdevices, and 3D printing platforms for academics and industrial solutions.