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Explore our latest biophotonics content, categorized by topics including microscopy, spectroscopy, imaging, OCT, lasers, fluorescence, and more. Select a technology below – or type your own topic in the box and enter. Filter your results by content type.

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PowerPhotonic Ltd. - High Power Laser Diode Optic Solutions HP 12/25

Oxford Instruments WITec GmbH - Raman Microscope LB 12/25
BioPhotonics
IR Spectroscopy Could Diagnose Lung Cancer with Blood SampleIR Spectroscopy Could Diagnose Lung Cancer with Blood Sample
Article | December 30, 2025
Working in collaboration, researchers at University Hospitals of North Midlands NHS Trust (UHNM), Keele University, and Loughborough University identified circulating tumor cells (CTCs) in blood samples, in real time, using Fourier Transform...
/Articles/IR-Spectroscopy-Could-Diagnose-Lung-Cancer-with/p1/a71813

Microscope Hardware AutofocusMicroscope Hardware Autofocus
Product | December 26, 2025
PureFocus690 from Prior Scientific is a hardware autofocus for Raman and infrared microscopy. It combines advanced optics and intelligent micro processing with a 690-nm laser. The system transmits up to 1100 nm and all major Raman microscopy...
/Products/Microscope-Hardware-Autofocus/p1/pr71433

Optogenetics Helps Clarify Link Between Brain Plasticity and Huntington’s DiseaseOptogenetics Helps Clarify Link Between Brain Plasticity and Huntington’s Disease
Article | December 24, 2025
A red-light-activated, optogenetic tool for studying brain plasticity could open new possibilities for the treatment of Huntington’s disease. Using an engineered, photoactivated adenylyl cyclase, researchers at the University of...
/Articles/Optogenetics-Helps-Clarify-Link-Between-Brain/p1/a71790

Switzerland's HOERBIGER Group to Acquire Physik InstrumenteSwitzerland's HOERBIGER Group to Acquire Physik Instrumente
Article | December 18, 2025
PI (Physik Instrumente) has signed an agreement to be acquired by HOERBIGER, a Zug, Switzerland-based technology group. For PI, the move provides greater resources to facilitate sustainable growth, while HOERBIGER gains the opportunity to expand...
/Articles/Switzerlands-HOERBIGER-Group-to-Acquire-Physik/p1/a71793

InGaAs Area Image SensorsInGaAs Area Image Sensors
Product | December 18, 2025
The G16561 to G16564-0909T from Hamamatsu Photonics are indium gallioum arsenide (InGaAs) area image sensors that offer high dynamic range, ultralow dark current, and a frame rate of up to 116 fps. The integrated 3-stage thermoelectric cooling...
/Products/InGaAs-Area-Image-Sensors/p1/pr71416

Nanopositioning ControllerNanopositioning Controller
Product | December 18, 2025
The E-713 series from PI (Physik Instrumente) is a motion controller for high-performance control of multi-axis nanopositioning systems. The design allows the combination of different drive technologies and position sensors from servo and piezo...
/Products/Nanopositioning-Controller/p1/pr71417

Octopus-Inspired Micro-LEDs Designed for Cancer Therapy
Article | December 18, 2025
Researchers at KAIST and UNIST developed an implantable, shape-morphing 3D micro-LED device capable of effectively delivering light to deep tissues. The technology, designed for pancreatic cancer treatments, has a flexible, octopus-inspired...
/Articles/Octopus-Inspired-Micro-LEDs-Designed-for-Cancer/p1/a71772

Brain Imaging Tool Bypasses the Bottlenecks Faced by Fluorescent ProbesBrain Imaging Tool Bypasses the Bottlenecks Faced by Fluorescent Probes
Article | December 17, 2025
A tool developed by researchers at Brown University provides a way to use bioluminescent light to visualize brain activity. The work is the result of 10 years of development, realized by the Bioluminescence Hub at Brown’s Carney Institute for...
/Articles/Brain-Imaging-Tool-Bypasses-the-Bottlenecks-Faced/p1/a71776

Philips to Acquire Intravascular Imaging Specialist SpectraWAVEPhilips to Acquire Intravascular Imaging Specialist SpectraWAVE
Article | December 17, 2025
Philips has entered into an agreement to acquire SpectraWAVE, a developer of enhanced vascular imaging of coronary arteries, angiography-based physiology assessments, and the use of AI in medical imaging. The acquisition will expand Philips’...
/Articles/Philips-to-Acquire-Intravascular-Imaging/p1/a71777

Manufacturing Solutions for Hollow-Core FibersManufacturing Solutions for Hollow-Core Fibers
Webinar | December 16, 2025
Hollow-core fibers are reshaping optical technology, combining ultralow latency and unlocking applications in data centers, quantum communications, sensing, and high-power laser delivery. But moving from prototypes to stable, repeatable production...
/Webinars/Manufacturing-Solutions-for-Hollow-Core-Fibers/p1/w1273

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