The SW 0311331300 are a long-distance focusing lenses developed by SW company. It is widely used in long distance measurement and imaging. It is also often the choice of lens for applications that need to adjust or focus light beams from previously scattered light sources.
The SW 0311331300 is a precision focusing lens system with a high power range of up to 1032nm. It is also one of the most accurate lenses of its kind, with a center spot size of just 150um. The lens has a minimum back focal length of 1.25mm, allowing for sharp and clear imaging at extreme distances.
The focusing mechanism of the lens uses a curved element to gather and focus from a variety of light sources. This curved element is also important because it minimizes any spherical aberrations that can occur in the beam-forming process. The lens’s focus can be quickly adjusted either manually or digitally, allowing the user to make quick changes to the focus depth and width without interrupting the measurement or imaging process.
The SW 0311331300 provides a high resolving power and a wide incidence angle range of up to 70°. This wide angle range allows for a large field of view, and allows users to capture images and measure even in tight spaces. The lenses also feature an ultra-fast focusing speed, with a maximum focus time of less than 0.6s, allowing the user to switch quickly between different objects within the field.
The SW 0311331300 lenses are designed for easy integration into a wide range of applications. It is compatible with imaging systems for measuring objects from a long distance, machine vision systems, and a vast range of industrial applications requiring beam distortion adjustment or interference management.
The SW 0311331300 lenses are among the most advanced and reliable lenses for long-distance measurement and imaging, and are designed to provide the highest resolution and the most accurate image or measurement for your required application. With their advanced design and ease of use, these lenses are a great choice for any application.