Scientific cameras, spectrographs and components by Andor Technology / Andor

Engineering selection and supply of Andor Technology / Andor instruments: iXon EMCCD cameras, deep-cooled iKon sensors, Kymera spectrographs and Dragonfly confocal systems.

Ultrasensitive scientific cameras Andor Technology / Andor iXon EMCCD

Andor Technology / Andor iXon EMCCD scientific cameras deliver high sensitivity for single-molecule microscopy and biophysics research. The camera platform provides thermoelectric sensor cooling down to -100 °C, low readout noise, and high quantum efficiency.

Back-illuminated detector sensors offering peak quantum efficiency above 95%
Deep thermoelectric cooling down to -100 °C without liquid nitrogen supply
Real-time super-resolution imaging supported by integrated SRRF-Stream engine
Optically Centred Crop Mode for fast acquisition rates of dynamic biological events

Deeply cooled CCD cameras Andor Technology / Andor iKon for long exposures

Andor Technology / Andor iKon CCD cameras are engineered for demanding low-light applications requiring extended exposure durations. The proprietary UltraVac permanent vacuum technology maintains exceptional sensor integrity and thermal performance over years.

UltraVac permanent vacuum technology provides maintenance-free sensor longevity
Minimal dark current levels enabling multi-hour optical signal integration times
Large field sensor architectures offering 1 Megapixel and 4 Megapixel formats
Multiple anti-reflection window coatings spanning deep ultraviolet to near-IR

Scientific sCMOS cameras Andor Technology / Andor Marana for high-speed imaging

Andor Technology / Andor Marana and Zyla sCMOS cameras combine rapid frame rates with ultra-low readout noise and multi-megapixel resolution. These imaging platforms excel in astronomy, space debris tracking, quantum research, and advanced physical measurements.

Back-illuminated sCMOS detector architecture delivering up to 95% quantum output
Sub-electron readout noise performance at high full-frame acquisition speeds
Direct high-bandwidth CoaXPress and USB 3.0 interfaces for fast data streams
Rugged hermetic housing supported by dual air and liquid heat exchange modes

Precision optical spectrographs Andor Technology / Andor Kymera 193i and 328i

Andor Technology / Andor Kymera spectrographs feature an advanced Czerny-Turner optical layout delivering high throughput, resolution, and repeatable spectral alignment. Motorized multi-grating turrets allow seamless spectral exploration across UV, visible, and SWIR.

Motorized four-grating turret featuring automated RFID identification technology
Dual exit detector ports with automated switching between scientific cameras
Adaptive Focus Technology providing sharp spectral imaging at all wavelengths
Continuous spectral operational bandwidth covering vacuum ultraviolet to SWIR

Research spectrographs Andor Technology / Andor Shamrock 500i and 750i

Andor Technology / Andor Shamrock research spectrographs provide long focal lengths for high spectral dispersion and line resolution. These optical instruments are widely employed in Raman spectroscopy, plasma diagnostics, and laser-induced breakdown spectroscopy.

Focal lengths of 500 mm and 750 mm enabling high spectral dispersion resolution
Motorized grating drive with sub-picometer repeatability and low backlash
Direct optical coupling with scientific detectors without edge aberrations
Comprehensive collection of motorized slits, fiber adapters, and filter wheels

High-speed confocal microscopy systems Andor Technology / Andor Dragonfly

Andor Technology / Andor Dragonfly multi-point spinning disk confocal systems merge rapid live-cell imaging with high sensitivity and spatial resolution. Patented Borealis illumination ensures uniform excitation across large cellular sections without vignetting.

High-speed spinning disk architecture utilizing dual microlens array patterns
Patented Borealis laser engine delivery providing uniform specimen field illumination
Multi-modal operation combining spinning disk confocal, widefield, and B-TIRF
Complete compatibility with high-power laser engines and Imaris software suite

Engineering integration of Andor Technology / Andor scientific cameras into optical setups

Proper mounting and alignment of Andor Technology / Andor imaging instruments requires precise coupling to microscope ports and spectrograph flanges using C-mount, F-mount, or custom interfaces.

Research teams must verify focal distance and mechanical squareness to avoid sensor tilt relative to the optical path.

Adequate thermal dissipation is equally vital: multi-stage thermoelectric Peltier cooling down to lowest temperatures requires unobstructed airflow around the heat sink fins or connection to an external liquid cooling loop, which shields the electronic sub-assemblies during demanding day-long data recording.

UltraVac permanent vacuum technology for deep-cooled sensor preservation

The proprietary UltraVac permanent vacuum technology developed by Andor Technology / Andor protects internal sensor surfaces against moisture condensation and chemical degradation during deep chilling down to -100 °C.

The hermetic chamber maintains high vacuum integrity without requiring repeated external pumping over many operating seasons.

During routine preventive diagnostic checks, technicians monitor the thermoelectric power draw: an unexpected increase in thermal demand to sustain target sensor temperature indicates potential radiator fouling or external cooling line restriction.

Optical alignment and dispersion calibration of Kymera and Shamrock spectrographs

Czerny-Turner optical spectrographs from Andor Technology / Andor require periodic dispersion verification using calibrated discharge lamps such as mercury-argon or neon emitters.

Motorized quadruple grating turrets with automated RFID recognition ensure repeatable wavelength positioning between experimental runs.

Built-in Adaptive Focus Technology algorithms calculate optimal focus positions across diverse wavelength spans, maintaining sharp spectral line resolution without manual mirror intervention when switching between UV, visible, and near-infrared modes.

Maintenance protocol for sensitive diffraction gratings and optical windows

Preventive maintenance of Andor Technology / Andor spectroscopy and microscopy hardware involves scheduled inspection of optical entrance windows, reflection mirrors, and diffraction gratings.

Ambient particulate accumulation degrades throughput and creates stray light scatter across sensitive detection channels. Outer protective window surfaces should only be cleaned using lint-free optical wipes and high-purity solvents with gentle technique.

Bare diffraction grating surfaces must never be touched or rubbed mechanically according to manufacturer factory handling guidelines.

Noise floor characterization and quantum efficiency evaluation in laboratory workflows

Periodic verification of dark current and readout noise parameters ensures baseline performance for Andor Technology / Andor scientific imaging instruments.

Recording multiple dark frames with closed shutter at varying integration intervals allows laboratory personnel to identify hot pixels and assess thermal stability.

Calibration data files can be loaded directly into Solis image acquisition software to perform automated dark subtraction and flat-field corrections, restoring full dynamic range for quantitative photometric analysis.

Diffraction gratings, optical fibers, and power supplies for Andor instruments

Continuous uptime of Andor Technology / Andor experimental systems is supported by prompt access to interchangeable optical assemblies and connection accessories.

Selection of diffraction gratings with appropriate groove densities from 150 to 2400 lines per millimeter and designated blaze wavelengths is matched directly to project requirements.

Available hardware components include shielded high-speed CoaXPress data cables, low-noise power supplies, vacuum fiber-optic feedthroughs, and versatile microscope mounting adapters.

Andor Technology / Andor and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of Andor Technology / Andor and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.