The Spero QCL-IR microscope fully utilizes this increased spectral brightness and a set of patented compound refractive objective lenses to illuminate hundreds of thousands of pixels simultaneously.

Traditional microscopy often relies on labeling samples with dyes, but this process is costly and time-consuming. To overcome ...

For infrared measurements, the system uses a proprietary wide-view camera, a microscope camera, and an objective lens. The wide-view camera and objective lenses share positional data with the ...

Here’s an oldie but a goodie. [RunnerPack] stumbled upon an article from 2001 about building a stereo microscope from a pair of binoculars and a camera lens. With a ring light attached to the ...

The team used a publicly available design from the website OpenFlexure to produce the microscope's frame, and clear plastic lenses they designed themselves that cost $0.13 / £0.11 AU$0.22 ...

If you want to take pictures of tiny things close up, you need a macro lens. Or a microscope. [Nicholas Sherlock] thought “Why not both?” He designed a 3D-printed microscope lens adapter that ...

Instead of using lenses, it employs ... the principles of the unique infrared absorption response observed in bilayer graphene with the hybrid nano-microscope. The KRISS researchers confirmed ...

By integrating Infrared Laser Imaging (ILIM) into the LUMOS DNA, the system offers a groundbreaking shift from spectral analysis to image-based thinking. More than just a microscope, it functions ...

The HYPERION II is Bruker's versatile FT-IR microscope for research and development with flexible accessories and the possibility to combine Infrared Laser Imaging (QCL) and FT-IR in one instrument.

FLIR, Advancing Electrocaloric Research with FLIR Thermal Imaging at Queen’s University Belfast. 05/03/2025 FLIR Systems UK ( ...