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Signal-Direct Imager Chemiluminescence Imaging

The sensitivity of a western blot imager is primarily determined by its ability to collect as many photons as possible from the blot and convert them into a strong, quantifiable signal while minimizing noise.

As shown in the image on the left, the new imaging technology removes any lens for imaging, thus eliminates image distortion caused by the lens.

The western film is directly attached to the photosensor chip for imaging, all signals are captured without any light loss, which greatly improves the sensitivity and speed of imaging.

The sensor chip size impact overall signal collection. A larger chip can capture the signal from a wider area of the blot, which can improve the overall dynamic range and reduce the need for multiple captures or scanning. The Signal-Direct imager's large 168cm sensor captures the entire blot at once, avoiding the signal loss and artifacts that can occur with scanning smaller areas. In contrast, the Cooled CMOS camera's 4.0cm sensor is much smaller, which may require multiple images to be stitched together to capture a full blot.

The larger pixel area of the Signal-Direct Imager allows it to capture a significantly higher number of photons from the same signal source compared to a much smaller pixel on a standard CCD chip.

The Signal-Direct Imager pixel area (100μm×100μm) is approximately 277 to 1111 times larger than the Cooled CCD pixel area (3 to 6 μm). This means it can collect hundreds to over a thousand times more photons, directly translating to a proportional increase in sensitivity.

The Signal-Direct Imager is engineered for efficiency, with a footprint so compact it's comparable to a standard laptop. That means more room for your other experiments, chemicals, and equipment.

Don't trade size for sensitivity: Get high-resolution imaging capability without dedicating a large room or extensive bench space.

Streamline Your Documentation: One Platform for All Your Results.

Essential Max-One Software Features

Dynamic Range Capture:

High Resolution and High Sensitivity in a Single Shot.

Why choose one mode when you can have both? Our software's dynamic capture technology automatically applies the optimal settings, ensuring you never miss a detail.

It intelligently manages signal intensity to prevent saturation as much as possible, aiming to give you brilliant, high-quality images.

Optimal Contrast and Clarity for Every Shot.

Stop wasting time with multiple exposures. Our system automatically processes each image to bring out the maximum contrast and dynamic range possible, ensuring a perfect, data-rich image every time.

A faster workflow.

A more beautiful image

The system provides a dedicated color protein marker capture capability for the most aesthetic and precise image documentation available

Achieve superior detection down to an exceptional 0.125 pg/uL (Dot Blot) in just 5 seconds using our Custom mode