FEMTOPRINT SA

Glass Microfabrication CDMO | Microfluidics · Optics & Photonics · MedTech · Quantum · Watchmaking | Femtosecond

Nanotechnology Research · Ticino

About

Manufacturing in glass at micron precision is now possible at scale. FEMTOPRINT SA is a Swiss CDMO specialized in glass microfabrication via femtosecond laser, serving MedTech, Microfluidics, Photonics, MEMS and Quantum industries from rapid prototyping to wafer-level series manufacturing. The FEMTOPRINT® platform relies on ultrafast laser-based processes to create novel 3D glass microdevices with integrated waveguides, laser dicing and welding. Compatible materials include fused silica, borosilicate and alkali-free glass. Minimum feature size: a few microns. Maximum working area: 300mm diameter, 30mm thickness. APPLICATIONS Microfluidics · Lab-on-Chip · Micro-optics · Photonics · MEMS · PIC · Microelectronics · Micromechanics · Packaging · Mastering INDUSTRIES MedTech · Life Sciences & Diagnostics · Optics & Photonics · Quantum · Watchmaking · Medtech · Aerospace · Automotive · Industrial Machinery · VR & AR · Energy · AI MISSION We provide technology-driven industries with advanced laser micro-fabrication services in glass to solve manufacturing challenges and enable product outperformance — helping our customers innovate in health, energy, transportation and communication. VISION To become a leading global provider of glass micro-manufacturing services — from proof-of-concept to volume production — recognized as world-class experts in quality and innovation. www.femtoprint.ch | +41 91 960 10 70

Details

  • Website: https://www.femtoprint.ch
  • Founded: 2013
  • Company Size: 34 employees
  • Headquarters: Agno, Ticino
  • Specialties: Femtoprint technology, 3D micro-fabrication and inscription, Contract manufacturing, Watchmaking, Custom Solutions, Glass Micro Processing, Prototyping, Glass Cutting, Glass Laser Drilling, Femtosecond Laser Micromachining, high-precision 3D microfabrication, Medtech, LifeScience, Photonics, MEMS, Optics, 3d rapid prototyping, Microfluidics, Automotive, Aerospace, Packaging, Micromechanics, Quantum, Miniaturization