Miniaturized Optical Components and Systems
As optical systems continue to shrink in size while growing in functionalities, the demand for miniaturized optical components has never been greater. At FEMTOprint, we specialize in fabricating fully freeform 3D-shaped optical elements in glass, tailored for integration into compact, high-performance devices.
Our proprietary laser microfabrication process enables the production of unique geometries that go far beyond what conventional optics can offer. From optical interconnects, to ultra-compact optical systems and beam steering/shaping devices, our glass-based components offer superior durability, thermal stability, and optical quality.
By using fused silica, borosilicate, or special glasses like ULE®, we ensure not only the highest levels of optical transmission but also the mechanical integrity needed for long-term reliability—even in harsh environments. Whether you are designing micro-optics for optical interconnects, medical devices or quantum systems, our platform delivers:
Our components are ideal for both OEMs and system integrators looking to push the limits of miniaturization without sacrificing performance.
FEMTOPRINT bridges the gap between complex custom design and industrial scalability, empowering OEMs, research labs, and startups to bring advanced optical microsystems to market faster—with greater reliability and design freedom.
Monolithic integration of refractive and reflective optical elements, including combination with other functionalities such as waveguiding and fiber connectivity.
Fully 3D free-form fabrication.
Optical surface quality with average roughness < 10nm or less.
Rapid prototyping,including design for manufacturing.
Miniaturized components compatible with standard packaging processes, including alignment marks and fiducials for micron-precision assembly.
