3D-printed microscope made in three hours for less than £50

OpenFlexure’s open-source 3D-printed microscope (v7), with protective cover

A low-cost, open-source, 3D-printed microscope, made by researchers at the University of Strathclyde, enables high-quality cellular imaging, democratising advanced microscopy.

Register for FREE to keep reading

Join 15,000+ photonics professionals staying ahead with:

Exclusive insights, funding alerts & market trends
Curated newsletters and digital editions
Access to The Photonics100 list of R&D champions
Exclusive panels & roundtables for professional development
Technical White Papers & product updates to guide smarter decisions

Sign up now

Already a member? Log in here

Your data is protected under our privacy policy.

Editor's picks

NASA astronaut Megan McArthur works in the Microgravity Science Glovebox aboard the ISS – her experiment is exploring methods of crystallising melts in microgravity [Image: NASA]

Microgravity, maximum potential: photonics manufacturing in low Earth orbit

Is space emerging as the photonics industry's ultimate laboratory? For the rising numbers of companies racing to grow materials in orbit, the answer looks set to be yes, writes Rebecca Pool

Media Partners

3D-printed microscope made in three hours for less than £50

Register for FREE to keep reading

Sign up now

Already a member? Log in here

Editor's picks

Microgravity, maximum potential: photonics manufacturing in low Earth orbit

Webcast: Prepare your integrated photonics capabilities for the next decade

Webcast: Join Photonics Frontiers Award entrants in biophotonics, healthcare and laser technologies

Webcast: Join Photonics Frontiers Award entrants in imaging and optical communications