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.

Thanks to modern microscopes ... a sample is sandwiched between two lenses. The lenses, however, inadvertently absorb some of the mid-infrared light. They solved this issue by placing a sample ...

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 ...

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 ...

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 ...

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 ...

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.

Queen’s University Belfast sought to investigate the electrocaloric effect, a phenomenon where dielectric materials ...

The system incorporates Shimadzu’s proprietary wide-view camera and microscope camera for infrared measurements and objective lens for Raman measurements. The wide-view camera shares positional ...

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 ...