CA12133_LAURA-SS

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Optics - Lenses

The CA12133_LAURA-SS is a type of lens system. It is highly versatile and can be used for many different applications in the field of optics, such as microscopes, telescopes, cameras, projectors, and many more. In addition to these applications, the CA12133_LAURA-SS is also used in various industries for precision measurements such as medical and industrial.

Technical Specs

The CA12133_LAURA-SS is a precision optical lens system with a high numerical aperture, large field of view, and high modulation transfer function. The system consists of a fixed cylinder lens, an adjustable spherometer, and a rotating azimuthal lens, as shown in the figure below. The spherometer can be adjusted to modify the convergence point of the light beams and the angular detection sensitivity of the lenses. The azimuthal lens has an adjustable diaphragm to control the energy distribution of the system. The system is designed with a focal length of 12mm and an aperture of 4mm, providing a wide range of optical applications.

Applications

The CA12133_LAURA-SS can be used for a range of different applications such as optical microscopy, imaging, and measurement systems. In microscopy applications, the system is capable of providing high-resolution imaging with a large field of view. The system can be used in applications such as pathology, cytology, and cell analysis. In imaging applications, the system can be used for simultaneous measurement of multiple parameters, such as flow rate, concentration, and size. Additionally, the system is widely used in industrial and medical applications for various high-precision measurements.

Working Principle

The CA12133_LAURA-SS works by combining the imaging capabilities of a cylinder lens with the large field of view of an azimuthal lens. The system starts by allowing the light to enter from the right side of the system, through the first lens which is a cylinder lens. This lens is able to provide high magnification and resolution of the viewed object, allowing accurate imaging of objects. The light then passes through the spherometer and azimuthal lens which are both adjustable for different applications. The spherometer is able to adjust the convergence point and the angular detection sensitivity of the system by changing the angle between the incoming light and the central axis. The azimuthal lens then allows the system to have a wide field of view by providing energy from the light beams from all the directions. Finally, the light passes through the adjustable diaphragm and is projected onto the back of the system, providing high-resolution imaging.

Conclusion

The CA12133_LAURA-SS is a versatile optical lens system that can be used for a variety of applications such as microscopy, imaging, and measurement systems. It uses an adjustable spherometer, cylinder lens, and an adjustable azimuthal lens to achieve superior imaging and measurement. It is an ideal lens for many applications, including medical and industrial uses.

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