C10971_GT4-S

Optics - Lenses technology has revolutionized the way we process light. Among the most advanced lenses available in the market, C10971_GT4-S stands out as an example of the excellence of modern optics. This kind of lens is specifically designed for applications that require the highest degree of accuracy and precision.

The C10971_GT4-S is a telecentric objective. This means that when light passes through the lens, it is oriented in parallel lines that all run along the center of the lens surface. This ensures that the light that passes through the lens will be projected in the same angle it entered, which is advantageous in a wide range of applications, from microscopy to machine vision. This type of lens also provides excellent working distances, magnifications, and distortions correction.

For applications that require very precise measurements and imaging, the C10971_GT4-S offers exceptional performance. At the same time, the lens is capable of providing a shallow depth of field, so that the area of the image that is in focus stays sharp over a wide range of object distances. The lens also offers a wide range of correction coatings, which reduce chromatic aberration for improved image quality.

The C10971_GT4-S is also capable of providing exceptional light transmittance, which is crucial for applications that require strong light levels, such as high-speed imaging. The lens has an f-number of 2.2, which ensures an optimal light transmission. Additionally, the lens is capable of providing excellent image contrast, even at lower resolutions. This makes it an ideal choice for applications that require high-quality imaging.

The working principle of the C10971_GT4-S combines two different technologies. The first is an apochromatic optical system. This system uses a blend of different glass elements that are designed to reduce chromatic aberration, distortion, and other forms of optical aberrations. By combining these elements with a special coating, the lens is able to reduce the effects of chromatic aberration and other optical aberrations. The second technology used in the lens is an image shift mechanism.

The image shift mechanism allows the lens to move across the image plane in order to take multiple shots from different angles. This allows the user to adjust the focus and exposure of the lens in order to get the image they need. This technology is extremely useful in applications such as microscopy, where the image is constantly changing. The combination of these two technologies enables the C10971_GT4-S to achieve exceptional image quality.

The C10971_GT4-S is an excellent choice for applications that require precision and accuracy, and it is used in a wide range of applications. From microscopy to machine vision, the C10971_GT4-S provides exceptional performance. Its advanced optics provide exceptional image quality, and its image shift mechanism allows for flexible adjustments in order to get the perfect shot. This makes it an ideal choice for any application that needs accurate, precise, and high-quality imaging.