Overview
RWD immunoblot imager can nondestructively collect optical signals of Western Blot, Southern Blot, Northern Blot and other experiments with its super-sized sensor chip and contact imaging principle. It has a wide quantitative linear range and can quickly process both strong and weak signal samples. Equipped with a full-featured software system that supports automatic/manual exposure and strip grayscale analysis, it is capable of processing up to 40 images simultaneously and exporting the results. In addition, multi-user management capabilities and separate file saving paths ensure data security and convenience. The compact size of the device makes it easy to use and carry in the laboratory, making it an ideal choice for scientific research and clinical trials.
RWD qTouch Pro western blot imager’s Advantages:
One-Second Imaging
- Adopts CMSO ultra-high-sensitivity photosensitive chip with zero-distance direct contact imaging with sample membranes High-quality imaging of most samples within 1 second.
- Multiple exposure modes supported; data transmission speed over 1000 Mbps for instant image output
- No pre-cooling required, ready for immediate use upon power-on.
One-Click Analysis
- The device software is equipped with built-in image processing and analysis functions, enabling one-click band identification and background subtraction for rapid grayscale quantification of bands.
- The user-friendly software supports flexible image editing including cropping, rotation, inversion and contrast adjustment.
- Multi-dimensional visualization of grayscale analysis results is available, with one-click generation of bar charts, 3D maps and more.
- A multi-level account management system stores data separately by user accounts to guarantee data security.
One-Time Success
- Stable operation with lid-closing detection function to guarantee consistent imaging quality
- Three adjustable sensitivity gears to accommodate diverse samples
- Reduces light signal loss by over 99% to capture extremely faint protein signals
- Sensitivity and quantitative range enhanced by two orders of magnitude, paired with an extensive dynamic range for precise differentiation between strong and weak band signals
