Chemiluminescence imaging technology has very high sensitivity and resolution, and can obtain high-resolution and high-contrast images, thereby clearly showing the slight differences and changes in biological samples. It has great advantages in the fields of materials science and chemical analysis.
The brightness of the lens is related to the transmittance of the optical glass used and the number of lenses. When the lens design is basically the same, the larger the lens diameter and the larger the aperture, the higher the opening rate, and the more light can be received in a short time.
01 Large aperture, large format, high-performance industrial fixed focus lens
Our company's large aperture, large format, high-performance industrial fixed focus lens (F0.8/F0.9 aperture lens), with high-speed camera, can complete fast and multiple sampling of high-speed targets in a very short time, with outstanding advantages such as real-time target capture, fast image recording, instant playback, and intuitive and clear images.
Large aperture and large format lens with high-resolution and low-illumination imported cooling CCD can capture extremely weak fluorescence and chemiluminescence signals, which is suitable for chemiluminescence imaging industry applications.
02 Advantages of large aperture and large-format lenses
• The combination of large aperture lens and high-speed camera supports 4/3-inch large target lens;
• Large aperture F0.8/F0.9 greatly improves light transmission capacity;
• Adopting floating mechanism, it can maintain high resolution even at close distance, and close-up shooting can reach 150mm;
• The lens can also be controlled electrically, which can match the interface of high-speed camera.
Application of chemiluminescence imaging
The size of the lens aperture determines the amount of light signal entering through the lens. The aperture F value is the ratio of focal length to lens diameter. The smaller the F value, the larger the lens diameter, the greater the light flux and the higher the sensitivity.
The chemiluminescence imaging system uses F0.8/F0.9 large aperture fixed focus lens. Compared with traditional lenses, it has higher light transmission, higher sensitivity and stronger signal collection ability.
Using high-sensitivity lenses and ultra-large aperture electric lenses has better clarity and meets the shooting of samples of various thicknesses.
Improve imaging quality and detection sensitivity
Improve imaging quality: The combination of large aperture and large format lenses can provide a larger field of view and higher resolution, thereby improving imaging quality. This allows users to observe samples more clearly and obtain more accurate detection results.
Improve detection sensitivity: The large aperture lens has a larger aperture, which can increase the amount of light entering the lens, thereby increasing the sensitivity of detection. In chemiluminescent imaging, it is necessary to capture extremely weak fluorescence and chemiluminescent signals, and large aperture lenses can better meet this demand.
Adapt to a variety of application requirements
Our company's large aperture lenses are suitable for digital microscope applications, chemiluminescence applications, digital X-ray applications, motion analysis, gel recording analysis, traffic monitoring, crystal photography analysis, measurement systems, fluorescence imaging analysis, holographic imaging analysis, high-speed detection systems, etc.