Scientific Cameras
QHYCCD scientific cameras offer the latest technology in scientific imaging at reasonable prices. Scientific CMOS image sensors offer extremely low noise, fast frame rates, wide dynamic range, high quantum efficiency, high resolution and a large field of view simultaneously in one image. In this sense, while QHYCCD cameras for astronomy clearly meet the definition of scientific cameras, QHYCCD differentiates its scientific camera models with additional features not found in similar models for astrophotography.
QHYCCD scientific cameras are characterized not only by extremely low noise, high quantum efficiency, and other scientific CMOS features, but by
- Large area, high resolution sensors, SWIR sensors, polarized light sensors,
- GPS-enabled timing,
- external triggers,
- field programmable gate arrays,
- 2x10 GB fiber optic computer interface and water cooling options.
The following scientific models are suitable for microscopy, spectroscopy, multispectral imaging, inspection, bioluminescence imaging, life science applications, and many other laboratory applications.
Model
|
QHY 42 PRO
Mono |
QHY 2020 BSI
Mono |
QHY 600 PRO
Mono/Color |
QHY 174 (GPS)
Mono/Color |
QHY268M PRO
Mono |
Special Feature
|
- Highest dynamic range of Gpixel sensors
- Low & High-Gain readout like QHY4040
- Available also as UV sensitive version
- Ideal for astronomical and biological science research
|
- Very high quantum efficiency, square (Gpixel)
- Low & High-Gain readout like QHY4040
- Available also as UV sensitive version
- Ideal camera for astronomical and biological imaging as well as spectroscopy
|
- Universal high resolution full frame camera with professional connectivity (GPS & fiber optic connections)
- also available as photographic version for high-end users (QHY 600 PH)
|
- With GPS PPS Synced High Precision Hardware Stamp
- cooled camera with the smallest sensor
- Ideal for multi-site, high precision timing of exoplanet light curve measurements and is the for cooperative multi-site imaging of asteroid occultations.
|
- Universal high resolution full frame camera with professional connectivity (GPS & fiber optic connections)
- also available as photographic version (QHY 268 PH)
|
Model
|
SWIR
QHY 990
& QHY991
Mono |
QHY411 M/C
Mono/Color |
QHY461 M/C PRO
Mono/Color |
QHY4040 Pro
Mono/Color |
QHY6060
Mono/Color |
Special Feature
|
- InGaAs sensor for detection of a very wide spectrum from 0.4 - 1.7 μm
(QHY991: 25% sensor size compared to QHY990)
- covers the visual and near infrared wavelength range
- Ideal for Material testing, production monitoring, astronomy
|
- World’s highest resolution cooled scientific CMOS Camera uses a 151 Megapixel Sony IMX411 Back-Illuminated Sensor
- largest Sony-CMOS-Sensor in production (required image circle: >67mm)
|
- Second highest resolution and second largest Sony CMOS sensor in production with 102 megapixels (required image circle: >52mm)
- General recommendation for ultra-high-end users in observatories
|
- Gpixel square sensor, HDR mode
- with Gsense 4040 FSI or BSI CMOS Sensor
- Ideal for astronomical, biological, X-ray imaging
|
- Largest detector offered by us (Gpixel)
- square, extremely high saturation limit (required image circle: > 87mm))
- BSI / FSI Cooled Scientific Camera (varoius versions available) with GSENSE6060 CMOS Sensor
|
Model
|
QHY1920
Coming Soon |
QHY9701
Coming Soon |
QHY1253P
Coming Soon
|
Special Feature
|
- APS sensor with FullHD output
- 12μm pixel size and high frame rate
- Ideal for low signal video recording
|
- Small sensitive detector from UV to NIR spectrum with large pixels.
- Wide spectral sensitivity (200-1000nm)
- High dynamic range and HDR readout like QHY 2020/4040/6060
|
- Sensor area 143% larger than QHY550
- Polarization filters under the microlenses allow measurement of the degree of polarization
|
