Q-View™ Imager Pro
Q-Plex™ Technology offers quality imaging and data analysis
for every application and budget
High Quality, Reproducible Chemiluminescent Imaging
The Q-View Imager Pro is a high-resolution chemiluminescence imager for microplates and blots with automation compatibility. Its cooled high quantum efficiency sensor and clinical-grade optics are paired with advanced image acquisition algorithms which combine to reduce noise and maximize sensitivity. The full feature set of the Q-View Imager Pro provides high sensitivity, high throughput data to save you even more time, sample, and money.
The Q-View Imager Pro comes with Q-View Software, a powerful, user-friendly image analysis software package, that enables the user to capture, view and analyze the image. When used together the Q-View Imager and Q-view Software provide an optimized imaging system for use with Q-Plex Technology.
Product Package
Catalog #107550GR:
For best results, try our Q-View™ Imager Pro, Q-View™ Software, and Desktop PC package. We provide you with everything you need to get started.
- 1-5 minute read time
- Designed to be integrated in an automated system
- CCD cooled camera allows for high throughput
- Small footprint
Resolution: 8.3 Megapixel
Pixel Size: 5.4 x 5.4 microns
Sensor Type: CCD
Dynamic Range: 58.3 dB
Optics: EF 28mm f/2.8 IS USM lens
Image Application: SBS plate format and chemiluminescent blots 3 × 4 3/4 in (7.6 x 12.1 cm)
Imaging Time: 1-5 minutes
Control: Q-View Software
Connection to PC: USB 2.0
Power: 120-240 Volt AC 50/60 Hz
Cooling (typical): Max delta -40°C
Footprint/Dimensions: 10.5 × 9.5 × 18 in (26.7 x 24.1 x 45.7 cm)
Operating System: Windows 10 Pro(64-bit)
RAM: 4 GB
Processor: Intel Core i5
Q-View Software: Current version preinstalled
Configuration: All-In-One desktop
Monitor: 19.5″ wide LED
Other Q-View™ Products
Q-View™ Imager LS
The Q-View Imager LS is a robust, high quality, low-cost chemiluminescent imager.
Q-View™ Software
Q-View™ Software is a powerful tool for quantitative analysis of Q-Plex™ Arrays and other chemiluminescent or IR based assays.