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Showing 145–160 of 288 resultsSorted by latest


  • NoxCam HSI Infrared Camera delivers high performance radiometric thermal imaging with exceptional accuracy and flexibility. Built for demanding environments, it combines advanced detector technology, embedded recording, and seamless integration for industrial and scientific applications.

    Key Features

    • Accurate radiometric calibration for precise thermal measurement
    • High performance cooled detectors for superior sensitivity
    • Embedded recording with removable SSD storage
    • Flexible optical interfaces including standard and custom options
    • High frame rates with sub window capabilities
    • Compatible with major software platforms like Matlab and ImageJ
    • Robust housing designed for harsh environments
    • Multiple spectral band options including SWIR, MWIR, and LWIR
  • Hyperspectral Imaging Cameras provide advanced infrared imaging by capturing detailed spectral data across hundreds of wavelengths. Designed for precision analysis, these cameras enable accurate detection, identification, and quantification of gases, materials, and environmental changes in real time.

    Key Features

    • High spectral resolution for detailed material identification
    • Exceptional sensitivity for detecting trace gases at ppm levels
    • Lightweight and compact design for field and airborne use
    • Two acquisition modes for mapping and targeting applications
    • Real time imaging and analysis capabilities
    • Available in ground based, airborne, and drone compatible formats
    • Geo-referenced data output for accurate spatial analysis
  • Multispectral Cameras deliver advanced thermal imaging by capturing multiple spectral bands in a single scene. Designed for precise analysis, these cameras enable users to identify materials, gases, and temperature variations with exceptional clarity and speed.

    Key Features

    • 8 position filter wheel for true multispectral imaging
    • Simultaneous capture of multiple spectral bands
    • Adjustable rotating filter speed up to 100 Hz per channel
    • High frame rates up to 800 fps in synchronized mode
    • Dual operation with fixed or rotating filter modes
    • High sensitivity detectors for accurate spectral analysis
    • Ideal for scientific, industrial, and environmental applications
  • High Dynamic Range Cameras are engineered to deliver exceptional thermal imaging performance across extreme temperature ranges. Designed for demanding environments, these infrared cameras capture both hot and cold targets in a single frame while maintaining superior image clarity and accuracy.

    Key Features

    • Extended dynamic range for complex thermal scenes
    • Simultaneous imaging of hot and cold targets
    • Automatic exposure control with advanced AEC+ technology
    • High frame rates for dynamic event analysis
    • Fast attenuation filter switching under 50 ms
    • Measurement capability up to 2,500 °C
    • Available in MWIR configurations for precision applications
  • High Speed FAST Cameras are advanced infrared imaging systems designed for capturing ultra-fast dynamic events with exceptional precision. Covering a wide spectral range from shortwave to very long wave infrared, they deliver unmatched speed, sensitivity, and accuracy for demanding scientific and industrial applications.

    Key Features 

    • Ultra-high-speed imaging up to 3100 fps full frame and 120000 fps in subwindow
    • Wide spectral coverage from SWIR to VLWIR
    • Permanent radiometric calibration from startup
    • Automatic exposure control for optimal image quality
    • 4-position filter wheel for flexible measurement setups
    • High sensitivity for detecting rapid thermal changes
    • HD and Super HD options for enhanced image clarity
    • IP67 rated for water and dust resistance in harsh environments
  • Custom Applications Array Photodiodes are tailored PN and PiN photodiode solutions designed to meet unique system requirements. With flexible design options and rapid prototyping capabilities, they enable optimized performance for specialized instruments and advanced applications.

    Key Features 

    • Fully customizable design including shape, size, and configuration
    • Adjustable sensitivity and speed based on application needs
    • Flexible packaging and integration options
    • Standard platforms for faster development cycles
    • COTS components for rapid prototyping and evaluation
    • In-house testing with advanced equipment and radiation sources
    • Application-specific modules to reduce system complexity and cost
    • High precision and reliability for specialized use cases

     

  • Laser Diffraction Array Photodiodes are precision-engineered PN photodiodes designed for accurate measurement of small angle laser scattering in particle and aerosol analysis systems. With high-density element arrays and optimized geometry, they deliver reliable and repeatable detection performance.

    Key Features 

    • High-density array design for capturing small angle scattering
    • Optimized to minimize reflection and signal distortion
    • Reduced peripheral collection for improved measurement accuracy
    • Precision geometry for consistent and reproducible results
    • Integrated through-hole design to prevent laser back reflection
    • Suitable for particle sizing and aerosol measurement systems
    • High sensitivity and stability for scientific and industrial use

     

  • The NoxCore Vision is a compact, high-performance infrared camera core delivering unmatched thermal imaging in a lightweight, energy-efficient design. Ideal for UAVs, surveillance, and mobile operations.

    Key Features

    • Compact, lightweight MWIR camera core for SWaP-constrained systems
    • Cooled thermal detector (3–5 μm) with Stirling engine
    • High-resolution 640 x 512 pixels, 15 μm pitch
    • Video outputs: HDMI 720p with color overlay, optional SDI or analog
    • Video streaming via h.264 RTSP/UDP or RAW GigEVision
    • Control interfaces: RS232 or Ethernet IP
    • Optical aperture f/5.5 for precise imaging
    • Low power consumption (<20 W) for extended missions
    • Rugged design: -30°C to +65°C operational, vibration 2g, shock 25g
    • Ideal for UAVs, mobile surveillance, border security, and maritime operations
  • The MicroNoxCore is an ultra-compact MWIR camera core delivering crystal-clear thermal imaging in a lightweight, energy-efficient design. Ideal for UAVs, robots, and portable surveillance systems.

    Key Features

    • Ultra-compact, lightweight design for SWaP-constrained systems
    • Cooled MWIR thermal detector (3–5 μm) with Stirling engine
    • High-resolution 640 x 512 pixels, 15 μm pitch
    • Video outputs: HDMI 720p, optional SDI; streaming via h.264 RTSP/UDP or RAW GigEVision
    • Control via RS232 or Ethernet IP
    • Optical aperture: f/5.5
    • Low power consumption (<20 W) for extended operations
    • Rugged performance: -30°C to +60°C operational, vibration 2g, shock 25g
    • Perfect for UAVs, robots, border surveillance, and search & rescue
  • The Low Light Nocturn camera series delivers exceptional low-light imaging for mobile, surveillance, and industrial applications. Compact, rugged, and high-performance, these cameras capture precise details from daylight to starlight conditions.

    Key Features

    • High-definition imaging up to 1.3 Mpx
    • Frame rates up to 100 fps for smooth video
    • Monochrome or SmartColor CMOS sensors
    • Day and night imaging across visible and near-infrared spectrum
    • Low read-out noise (<4e-) for ultra-sensitive capture
    • Low latency and HD video output (HD-SDI, CameraLink, NTSC/PAL, USB 3.0)
    • Rugged and SWaP-optimized for mobile or handheld integration
    • Supports 860 nm and 1064 nm laser line detection
    • Digital zoom up to 8x for precise monitoring
  • The High-Resolution Wildcat SWIR cameras offer cutting-edge short-wave infrared imaging with unmatched sensitivity, high speed, and precision. Designed for industrial, scientific, and defense applications, they deliver clear imaging in low-light environments.

    Key Features

    • High-resolution SWIR imaging: up to 1280 × 1024 pixels
    • Pixel pitch options: 5 μm or 20 μm for fine detail
    • Spectral range: 400–1700 nm (depending on model)
    • High-speed frame rates up to 300 Hz
    • Compact and lightweight design for easy integration
    • Flexible optical mount: C-mount or M42
    • Digital outputs: CameraLink or USB3 Vision (16-bit)
    • Optimized for semiconductor inspection, laser analysis, and industrial monitoring
  • The Intensified iNocturn is an ultra-sensitive camera spanning UV to near-infrared wavelengths, combining a high QE image intensifier tube with a fast CMOS sensor. Designed for high-speed, low-light imaging, it delivers exceptional clarity and flexibility for industrial, defense, and scientific applications.

    Key Features

    • High QE image intensifier tube for ultra-sensitivity
    • UV-to-VIS-NIR wavelength coverage (200–1100nm)
    • High frame rate up to 100 fps at full resolution
    • Gated and non-gated operation for precise timing
    • Single-photon detection capability with ultra-low read noise
    • Flexible output interfaces: HD-SDI, USB 3.0, Camera Link, PAL/NTSC, LVCMOS
    • Compact, lightweight, and easy system integration
    • C-mount lens for versatile deployment
  • The Intensified iLumos is a high-performance visible to near-infrared camera combining the Photonis 5G image intensifier tube (IIT) and a CMOS sensor. Its compact SWaP-optimized design delivers superior image quality, dynamic range, and sensitivity for demanding surveillance and defense applications.

    Key Features

    • Photonis 5G IIT with high extrascene dynamic range
    • CMOS sensor with 2048 × 2048 pixel resolution
    • Superior DRI and enhanced sensitivity
    • On-board denoising and discintillation algorithms
    • Compact SWaP-optimized design, low power consumption (3.3 W)
    • C-mount lens for versatile integration
    • Multiple connection options: 16-bit DV, CL, UVC, MIPI, SDI
    • Optimized for mission-critical platforms and advanced defense systems
  • The I2Nocturn Intensified Camera is a cutting-edge ultraviolet (UV) imaging solution designed for ultra-low light conditions. Its advanced double MCP technology delivers exceptional sensitivity, making it ideal for industrial, defense, and scientific applications.

    Key Features

    • Double microchannel plate (MCP) for up to 1,000,000 photon gain
    • High-resolution sensor: 1936 × 1216 pixels
    • Frame rate up to 50 fps for dynamic scenes
    • Spectral response: 190–300 nm for UV imaging
    • Single photon detection capability
    • Non-gated operation for continuous imaging
    • C-mount lens for versatile integration
    • GigE IEEE 802.3af connection for seamless interfacing
    • Ultra-low read noise for precise detection of small defects
  • The Spatially-Resolved Infrared Spectrometer SpIRS is a compact, high-speed hyperspectral instrument designed for remote and lab-based infrared imaging. It provides precise spectral analysis across MWIR and LWIR ranges with unmatched temporal and spatial resolution.

    Key Features

    • Fast-scanning interferometer for hyperspectral imaging
    • Simultaneous acquisition on two 8×8 infrared detectors
    • Spectral resolution down to 1 cm⁻¹
    • Covers MWIR and LWIR bands (1.47–12.2 µm)
    • High temporal resolution with up to 45 frames/sec
    • Compact and portable design for field deployment
    • Wide, medium, and narrow field-of-view options
    • Low-noise, high-sensitivity detection for precise measurements
  • The Versatile Spectroradiometer VSR is a compact, high-sensitivity FT-IR spectroradiometer designed for real-time spectral analysis across a wide range of environments. Built for precision and flexibility, it delivers high spectral and temporal resolution for advanced material identification and atmospheric monitoring.

    Key Features

    • High sensitivity FT-IR spectroradiometer
    • Ultra-wide spectral range from 0.8 µm to 15 µm
    • High spectral and temporal resolution
    • Real-time radiometric calibration and analysis
    • Robust design for laboratory and field applications
    • Operates reliably in vibration-heavy environments
    • Flexible field of view with interchangeable telescopes
    • Compact and portable system for multi-scenario use

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