RoHS Compliance in High-Tech Glass Microfabrication: How FEMTOprint® Delivers Precision with Sustainability

At FEMTOPRINT SA, innovation is not only defined by what we create but also by how we create it.

At FEMTOPRINT SA, innovation is not only defined by what we create but also by how we create it.

As a leader in high-precision 3D laser microfabrication for glass devices, we’re proud to operate in full compliance with the RoHS (Restriction of Hazardous Substances) EU directive, a key benchmark for sustainability, safety, and global market readiness.

RoHS regulations limit the use of hazardous substances such as lead, mercury, cadmium, hexavalent chromium, and certain flame retardants in electronic and optical products. By adhering to these strict standards, FEMTOprint® ensures that every component we manufacture is both cutting-edge and eco-conscious.

What RoHS Compliance Means for You, and the Planet.

Safer, Healthier Components for Critical Applications: whether for life sciences, medtech, photonics, or quantum technologies, RoHS-compliant microdevices minimize exposure to toxic materials, safeguarding both users and end patients.
Greener Supply Chains for a Sustainable Future: our maskless, cleanroom-free laser fabrication process already reduces resource consumption. RoHS compliance goes further, eliminating harmful substances that can contaminate manufacturing ecosystems.
Global Market Compatibility: RoHS aligns with EU, U.S., and other global sustainability directives, enabling seamless international commercialization of high-tech devices without regulatory delays.
Lower Environmental Footprint at Every Step: from wafer-level production to rapid prototyping, our proprietary FEMTOPRINT® platform integrates environmental responsibility without sacrificing micrometer-scale precision.

Why This Matters in High-Tech Glass Manufacturing

FEMTOPRINT® specializes in monolithic 3D glass microfabrication — producing complex, functional components without costly assembly. We work with advanced glass families such as fused silica, borosilicate, and ULE® to deliver exceptional surface quality (Sa ≤ 10 nm) and tolerances down to ±1 µm.

Applications include:

Lab-on-a-chip devices for diagnostics
Miniaturized optical systems and fiber connectors
3D glass ion traps for quantum research
Hermetic medical sensor packaging

By merging RoHS compliance with these capabilities, we deliver market-ready solutions that meet the most demanding technical and environmental standards.

For OEMs, researchers, and product developers seeking to lead in life sciences, photonics, quantum, and medtech, FEMTOPRINT offers precision without compromise — precision that’s as sustainable as it is innovative.