Introducing one of the most sensitive CCD cameras in the World. The Eagle combines a number of key elements required for ultra-sensitive imaging.

• 7-year vacuum guarantee – Protection and integrity of the sensor
• Extremely low dark current – Deep cooled to -90°C with air and liquid or -80°C with air only to enable long exposure times
• High QE: >90% @ 525nm and 50% @ 380nm & 720nm– Optimum photon collection
• Back-illuminated 1MP sensor from Teledyne e2v – Enables large field of view imaging
• C-mount integrated shutter – closed during readout to avoid vertical smear
• 13µm x 13µm pixels (1MP) – Enables ultra-sharp image resolution

Using a 640 x 512 InGaAs sensor from SCD, the Owl 640 enables high sensitivity imaging from 0.6µm to 1.7µm. The 15µm x 15µm pixel pitch enables the highest resolution VIS-SWIR image and with less than 50 electrons readout noise, the Owl 640 enables the highest SWIR detection limit.

• VIS-SWIR technology
• 15µm x 15µm pixel pitch
• Ultra high intra-scene dynamic range
• Onboard Automated Gain Control (AGC)
• Ultra compact, Low power

• ½” Sensor Format | Better for optical design, ideal for OEM integration into Electro-Optic systems.
• 10μm x 10μm Pixel Pitch | Compatible with VIS-SWIR illuminators, markers & pointers
• <50 Electrons Readout Noise | Enables highest VIS-SWIR detection limit • On-board Automated Gain Control (AGC) | Enables clear video in all light conditions • On-board Intelligent 3-point NUC | Enables highest quality images

• ½” Sensor Format | Better for optical design, ideal for OEM integration into Electro-Optic systems.
• 10μm x 10μm Pixel Pitch | Compatible with VIS-SWIR illuminators, markers & pointers
• <50 Electrons Readout Noise | Enables a high VIS-SWIR detection limit
• On-board Automated Gain Control (AGC) | Enables clear video in all light conditions
• On-board Intelligent 3-point NUC | Enables highest quality photos

The Owl 640 M variant offers a low compact, low power and cost effective solution to the Owl 640 family. The camera is a TEC-less version of the successful Owl 640. This SWaP (Size, weight and power) design is perfect for integration into small OEM and machine vision scientific platforms.

• TEC-less Visible-SWIR
• 15μm x 15μm pixel pitch
• Low Power: <2.5W
• High intra-scene dynamic range: 72dB
• Ultra compact, Rugged and has no fan

The Owl 640 S is a rugged, high sensitivity digital SWIR camera using a 640 x 512 InGaAs sensor, enabling high-sensitivity imaging from 0.9µm to 1.7µm. The camera is capable of running at higher frame rates, up to 300Hz in full frame resolution, enabling high speed digital video rates.

The camera has a readout noise (rms) reading of 30 electrons, enabling a high intra-scene dynamic range for simultaneous capture of bright and dark portions of a scene.

• High Speed – up to 300Hz – Perfect for high speed imaging applications
• SWIR technology – Enables imaging from 0.9μm to 1.7μm
• 15µm x 15µm pixel pitch –  Enables highest resolution SWIR image
• Ultra high intrascene dynamic range – Enables simultaneous capture of bright & dark portions of a scene
• On-board Automated Gain Control (AGC) – Enables clear video in all light conditions
• Ultra compact, Low power – Ideal for hand-held, mobile or airborne systems

Raptor Photonics continues to push the boundaries in scientific SWIR imaging with the launch of the Ninox 640 SU, a vacuum cooled to -80°C InGaAs camera, offering ultra-low dark current for longer exposure times up to 5 minutes. Combining a low read noise of <40e- in high gain and a dark current reading of <300e/p/s at -80°C, the Ninox Ultra is one of the most sensitive SWIR cameras available on the market and perfect for imaging weak signals using longer exposure times. It offers a resolution of 640x512 and has a 15µm x 15µm pixel pitch. The camera also offers a high intra-scene dynamic range of 56dB, enabling simultaneous capture of bright and dark portions of a scene.

• Vacuum cooled to -80°C – Enabling ultra-long exposure times
• Ultra-low dark current and read-noise – Resulting in the highest sensitivity SWIR camera on the market
• 15µm x 15µm pixel pitch – Enables highest spatial resolution
• PentaVac Vacuum Technology – Guaranteed protection and integrity of sensor

Using a 1280 x 1024 InGaAs SWIR sensor SCD, the Ninox 1280 offers visible extension from 0.6µm to 1.7µm to enable high sensitivity imaging. The 10µm x 10µm pixel pitch enables the highest resolution imaging. It will offer less than 50 electrons readout noise and achieve one of the lowest dark current readings on the market for a HD resolution SWIR camera.  The camera will offer ultra-high intrascene dynamic range of 69dB enabling simultaneous capture of bright & dark portions of a scene.

Cooled VIS-SWIR technology 

• VIS-SWIR technology – Enables high sensitivity imaging from 0.6μm to 1.7μm
• HD Format (1280 x 1024) – The best resolution available in VIS-SWIR region
• 10μm x 10μm pixel pitch – Enables the highest resolution VIS-SWIR image
• < 50 electrons readout noise – Enables the highest SWIR detection limit
• Cooled to -15°C – Enables low dark current for longer exposures
• Ultra high intrascene dynamic range – 69dB – Enables simultaneous capture of bright & dark portions of a scene
• On-board intelligent 3 point NUC – Enables highest quality images

The Ninox-640 II is a cooled, high sensitivity digital SWIR camera. Using a 640 x 512 InGaAs sensor, the Ninox 640 enables high sensitivity imaging from 0.4µm to 1.7µm.

• VIS-SWIR InGaAs technology | Enables imaging from 0.6μm to 1.7μm
• Cooled to -15°C | Allows longer integration avoiding dark current build-up
• Ultra-Low Noise Sensor: 18e- in High Gain | Enables ultimate low light Vis-SWIR image
• 15µm x 15µm pixel pitch | Enables the highest resolution SWIR image
• Ultra high intrascene dynamic range | Enables simultaneous capture of bright & dark portions of a scene
• Onboard Automated Gain Control (AGC) | Enables clear video in all light conditions
• Ultra compact, Low power | Ideal for hand-held, mobile or airborne systems

The OWL 320 HS Vis-SWIR is a world leading camera using InGaAs technology for near and short wave infrared imaging

• SWIR technology
• Easy control of camera parameters
• Ultra compact, Low power (< 5W)
• Rugged, No fan

Introducing one of the most sensitive CCD cameras in the World. The Eagle combines a number of key elements required for ultra-sensitive imaging.

• 7 year vacuum guarantee – Protection and integrity of the sensor
• Extremely low dark current – Deep cooled to greater than -110°C delta enables long exposure times
• Back illuminated 4MP sensors from e2v – Enables large field of view imaging
• 13.5µm x 13.5µm pixels (4MP) – Enables ultra sharp image resolution
• High QE: >90% @ 525nm and 50% @ 380nm & 720nm– Optimum photon collection

The FALCON III camera is based on e2v’s next generation CCD-351 back-thinned 1″ sensor. It combines high sensitivity, speed and resolution with QE up to 95%.

Lower noise: 0.01e- read noise
Faster readout: x3 faster than previous generations
Higher EM gain: up to x5000 with lower voltages
Deep Cooled: cooling down to -70°C for minimal background events
Up to 95% QE from Virtual Phase sensor – Optimum Photon collection
Strong UV and NIR response - From 200nm through to 1100nm

Lower noise: 0.01e- read noise
Faster readout: x3 faster than previous generations
Higher EM gain: up to x5000 with lower voltages
Deep Cooled: cooling down to -70°C for minimal background events
Up to 95% QE from Virtual Phase sensor – Optimum Photon collection
Strong UV and NIR response – From 200nm through to 1100nm

• Up to 1,800 frame per second with ROI – The fastest EMCCD on the market
• 128 x 128 Back-thinned EMCCD sensor – Enables optimum image resolution in low light imaging applications
• 16 bit Camera Link output – Realtime imaging for low latency photon to digital image
• Up to 95% QE from back-illuminated sensor – Optimum Photon collection
• Strong VIS and NIR response and ultrawide bandwidth – From 350nm through to 1100nm

Cooled HD EMCCD Camera offering back-illuminated EMCCD technology, enabling ultimate sensitivity imaging (<50μlux)

Cooled HD EMCCD Camera

• 1280 x 1024, 8μm pitch EMCCD technology – Enables highest resolution imaging from 0.3μm to 1.1μm
• Back Illuminated EMCCD technology – Enables ultimate sensitivity imaging (<50μlux)
• High QE: >95% @ 600nm – GEN III image intensifier performance

The only high energy direct X-Ray using a 1MP Frame Transfer EMCCD sensor. The Falcon III XO offers a combination of speed and sensitivity for soft X-Ray applications up to 20KeV. The camera runs at 31.5fps in full resolution, fasted if binned or using a ROI. It offers <1e- readout noise using the gain feature. The Falcon III XO is available with options on cooling, as well as a selection of CF flanges.

The fastest Scientific X-ray camera on the market

• Open front end – CF208 (8”) flange for direct interfacing to vacuum chambers
• Back-Illuminated with no coating – Optimises sensitivity and large field of view imaging from 1.2keV to 20keV
• Fast frame in full resolution: 31.5fps – Ideal for full-frame imaging with fast repetition lasers
• Deep cooled to -70°C – For minimal background events

Introducing a high energy direct X-Ray In Vacuum version one of the most sensitive CCD cameras in the World. The Eagle XV is available in a range of options including sensor resolution, sensor type, cooling and feedthrough options - including trigger, liquid, power and CameraLink. This freedom of choice offers cameras to meet your exact needs.

• In Vacuum Direct X-Ray cameras available in a range of resolutions and pixel sizes.
• Choice of uncoated BI and DD sensors.
• Available cooled (-70C) or uncooled.
• In Vacuum feedthrough options – including trigger, liquid, power, and Camera Link.

Introducing a high energy direct X-Ray Open Front version one of the most sensitive CCD cameras in the World. The Eagle XO is available in a range of options including sensor resolution, sensor type, cooling and flange options. This freedom of choice offers cameras to meet your exact needs.

• Lifetime vacuum guarantee
• Extremely low dark current
• Sensors available in a range of resolutions and pixel sizes.
• Choice of uncoated FI, BI and DD sensors
• Multiple interfaces to the sampling environment