Brands

Andor

Andor is a core business unit of the Oxford Instruments Group and a global leader in the design and manufacture of high‑performance scientific imaging cameras, microscopy systems, and spectrometers. Headquartered in Belfast, United Kingdom, Andor's technologies are widely used in academic research, industrial R&D, and government laboratories, helping scientists achieve breakthrough discoveries across scales – from microscopic cells to the macroscopic universe.

Core Business and Product Lines

Andor's product portfolio covers multiple key areas of light detection, organized around three main pillars:

Scientific Cameras:

Technology Pioneer: Andor is a pioneer and market leader in EMCCD (electron‑multiplying CCD) and sCMOS (scientific CMOS) technologies.
Main Products: Includes the iXon EMCCD series (single‑photon sensitivity), the Balu/Zyla sCMOS series (high speed and high sensitivity), the iStar ICCD series (for ultra‑weak light detection), and detectors covering UV to SWIR (short‑wave infrared).
Features: Renowned for ultra‑low noise, high quantum efficiency (QE), and fast frame rates, capable of capturing extremely weak optical signals.

Microscopy Systems:

Dragonfly Spinning Disk Confocal System: The flagship product, offering high‑speed, high‑contrast live‑cell imaging, with multiple modes from widefield to super‑resolution.
Benchtop Microscopes: Such as the BC43 series, integrating widefield fluorescence and confocal functionality for routine laboratory use.
Photostimulation and Optogenetics: Provides precision laser engines and photostimulation solutions for cutting‑edge research such as neuroscience.
Software Ecosystem: Includes powerful acquisition software (Solis, Komet) and the premium 3D visualization and analysis software Imaris (acquired), offering a one‑stop solution from acquisition to analysis.

Spectrographs and Spectroscopy Systems:

Provides modular spectrographs and pre‑calibrated spectroscopy systems covering UV, visible, NIR, and SWIR wavelengths.
Includes dedicated cryostats for variable‑temperature spectroscopy in materials science and physics research.

Technological Advantages

Ultimate Sensitivity: Leveraging deep expertise in EMCCD and sCMOS, Andor cameras can detect single photons, making them the preferred choice for single‑molecule imaging, super‑resolution microscopy, and astronomical observations.
High Speed: sCMOS cameras achieve hundreds or even thousands of frames per second while maintaining large sensor areas and high dynamic range, ideal for capturing rapid biological processes or fluid dynamics phenomena.
Full‑Spectral Coverage: From deep UV to SWIR, Andor offers complete detection solutions to meet experimental needs across different wavelengths.
System Integration Capability: Not only supplies individual components but also provides fully integrated systems combining “light source + microscope + camera + software,” greatly simplifying user integration efforts.

Application Fields

Andor's technologies support numerous cutting‑edge scientific and industrial applications:

Life Sciences: Cell biology, neuroscience (calcium imaging, optogenetics), developmental biology, cancer research, virology, single‑molecule tracking, and super‑resolution imaging.
Physics and Materials Science: Quantum optics, quantum computing, condensed matter physics, photovoltaic material characterization, and nanomaterials research.
Astronomy: Planetary detection, deep‑space imaging, adaptive optics, and space debris monitoring.
Industrial and Chemical: Combustion diagnostics, plasma detection, drug discovery, food safety testing, and semiconductor defect analysis.

Andor website：andor.oxinst.com

Shanghai Laser Opto Co.,Ltd supplies Andor products. For more details, please contact us! info@laser-opto.com

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