Optical imaging News - Labmate Online

Optical imaging

Lensless imaging system – LIP – adapts mask in real time to enhance image resolution and qualityCameras could see their traditional bulky lenses eliminat...

Programmable Fresnel zone aperture camera is set to revolutionise imagin...

Optical imaging

Specialised Imaging Ltd announces SI Sensors, a new division dedicated to advanced CMOS image sensor development. With a team of specialists, SI Sensors crea...

Advanced custom CMOS image sensor development

Optical imaging

Virtually all industries processing powdered products rely on size characterisation of particles. Size distribution is, however, only one of many critical, e...

Find the needle in the haystack: Dynamic Image Analysis measures the siz...

Optical imaging

Olympus announces the latest addition to its product lineup - the SILA Optical Sectioning Device. Designed to empower researchers and professionals in obtain...

Optical Sectioning Device for High-Contrast and Blur-Free Imaging

Microscopy & microtechniques

A team of scientists from the University of Southern California (USC) has uncovered an exciting new use for tattoo ink, with lead researcher Cristina Zavalet...

Can Tattoo Ink Highlight Cancer Cells?

Optical imaging

FLIR Systems reports the Inspectahire Instrument Company Ltd has used its GF320 Optical Gas Imaging (OGI) cameras to provide hydrocarbon leak detection servi...

Optical Gas Imaging Helps Protect Offshore Oil and Gas Assets

Optical imaging

FLIR Commercial Systems has produced an informative guide which details the role that Optical Gas Imaging (OGI) is likely to play in the Refining of Mineral...

Reducing industrial pollution with Optical Gas Imaging

Optical imaging

The FLIR GF320 is an IR camera for optical gas imaging that visualises and pinpoints leaks of VOCs, without the need to shut down the operation. The portable...

Optical Gas Imaging of Volatile Organic Compounds

Optical imaging

FLIR Systems has released an applications report and video that demonstrates how process operators at the Borealis high-pressure, low-density polyethylene (L...

Optical Gas Imaging Camera Helps Improve Polymerisation Process Safety

Optical imaging

FLIR Systems has released an applications report and video that demonstrates how process operators at the Borealis high-pressure, low-density polyethylene (L...

Optical Gas Imaging Camera Helps Improve Polymerisation Process Safety

Optical imaging in laboratories involves using light-based technologies to capture detailed images of structures and processes within biological tissues and materials. Techniques like brightfield microscopy, fluorescence microscopy, and confocal microscopy allow scientists to visualize cells, tissues, and even molecular interactions with high resolution and contrast. Optical imaging is widely used in biomedical research, diagnostics, and materials science, offering non-invasive and real-time observation capabilities. Advanced systems can include features like live-cell imaging and 3D reconstruction, making them essential for in-depth analysis and research.