
About us
Who are we?
Femtonics designs and manufacture customised scientific equipment to cutting-edge researchers for more than 20 years.

In order to achieve consistently excellent quality all of our processes are based on the foundation of the ISO9001 certified QMS. We are committed to fulfilling the regulatory requirements for RUO microscopes and their accessories. Our policy is based on continuous improvement, aiming to develop, produce, distribute, install, and service high-quality, innovative microscopes using advanced technology.
We apply a risk-based approach on monitoring our processes, always prioritizing the safety of our products’ users. The company’s management is dedicated to the satisfaction of both our customers and employees. Femtonics pay special attention to sustainability.
ISO 9001-2005 certificate HU.pdfManufacturing the future
Femtonics specializes in manufacturing two-photon laser scanning microscopes. Building on breakthroughs achieved in the bordering fields of optics and quantum mechanics, our systems provide the most innovative technologies, fitting a wide variety of in vivo and in vitro biological applications. We dedicate ourselves to neuroscience and aim to discover new technologies, to aid researchers striving to understand the nervous system, and its athomechanisms, and support pharmaceutical development.
All the creative work and investments poured into our products and technology, combined with careful monitoring of our customers requirements, produce remarkable results. In the complex and sophisticated world of science, we give our clients a real personalized touch in the form of a unique, powerful laboratory tool, that fits their vision perfectly.
FEMTO3D Atlas
Our flagship product, the FEMTO3D Atlas is a pioneer in the field of 3D multiphoton microscopy by using 3D acousto-optic (AO) technology, and it is a unique laboratory tool capable of performing ultrafast real-time in vivo 3D imaging.

FEMTO3D Atlas
FEMTOSmart
Furthermore, we also offer conventional systems: the FEMTOSmart series can be complemented by an array of optional modules for various biological applications, fitting any scientific need.

FEMTOSmart
Your perfect choice
We excel in combining the highest level of technology with researchers scientific knowledge, background, experience and long-term goals in the greatly competitive market of laser scanning microscopy.

FEMTO3D Atlas Plug&Play
Our AO technology has won several prestigious grants and prizes and has been validated by groundbreaking scientific results published in high-impact scientific journals (Science, Nature Methods, Nature Neuroscience). Our professionals hold presentations at the most prestigious neuroscientific conferences regularly.
Where did we start?
Our company was founded in 2005 by two scientists as a spin-off R&D company with roots in the Institute of Experimental Medicine. The main mission of the founders was to reform the established techniques of neuroscience and human diagnostics. Since then, we have expanded into a highly qualified multidisciplinary team of optical and mechanical engineers, physicists, biologists, physicians, mathematicians and scientists from many related fields. Our performance-driven attitude, unshakable focus on our customers and our determination to address emerging scientific needs has resulted in 20 world records, 120+ installed setups, 300 satisfied users and 140+ publications.

Our first microscope (2007)
Founded
Founded in Budapest by researchers from the Institute of Experimental Medicine, driven by the ambition to push the boundaries of microscopy.
Installed systems
Femtonics microscopes are active in labs across Europe, North America, and Asia.
Users
Supporting researchers worldwide in exploring neural activity, from subcellular structures to complex neuronal networks.
Publications
Scientific publications showcasing discoveries made possible with Femtonics imaging technology.
Our history
Our team
Imaging Solutions Experts

See it running before you commit
Book time with a fully set up Femtonics system. Bring your own samples, run your own protocols, and judge the imaging speed for yourself, not from a spec sheet.























