3Z4S-LE ML-2.5X

Machine Vision - Lens

3Z4S-LE ML-2.5X is a specialized lens widely used in industrial machine vision applications. It’s typically used in applications that require a large field of view while operating at short working distances. For example, this lens is commonly used to inspect components at short distances with 360 degree fields of view. Although specific to machine vision applications, this lens offers many advantages that make it a perfect fit for these applications.

Application Field:

In the industrial machine vision market, the 3Z4S-LE ML-2.5X lens is one of the most cost-effective lenses on the market. It can be used for a wide range of applications, including inspections of small components, measuring of gaps between parts or edges, and scanning of large objects. Additionally, the lens is often used for inspection of items where part-to-part variations are low. Because the lens is capable o getting a consistent resolution across the full field of view, it’s ideal for applications requiring constant and reliable resolution.

The lens also has various mechanical advantages. For example, the lens can be easily adapted to fit different types of cameras and mounts. Additionally, the lens is capable of operating at varying temperatures and can be easily applied to robotic vision systems. These advantages give the 3Z4S-LE ML-2.5X lens a versatile set of applications in the industrial machine vision market.

Working Principle:

The 3Z4S-LE ML-2.5X lens is based off of the standard double-Gauss optical formula. This formula allows the lens to have a large field of view while maintaining an efficient and consistent resolution with low levels of chromatic aberration. In other words, it offers outstanding optical performance while being very flexible in terms of application.

The lens is constructed out of a combination of low-dispersion and high-refractive index optical glasses, which minimizes light diffusion and loss. In addition, the mirror arrangement of the internal components minimizes chromatic aberration and astigmatism. As a result, the lens is able to achieve a consistent resolution across the field of view, resulting in higher image quality and lower distortion.

The 3Z4S-LE ML-2.5X lens is also designed for dynamic applications. With its low profile and lightweight design, it’s able to work with a variety of systems. This makes it ideal for applications where fast and accurate image acquisition is required, such as robotic vision systems and automated inspection processes.

Conclusion:

The 3Z4S-LE ML-2.5X is an ideal lens for industrial machine vision applications. Its combination of low-dispersion optics, high-refractive index glasses, and mirror arrangement allow for a large field of view and efficient resolution. Additionally, the lens is lightweight, low-profile, and adaptable to a variety of cameras and mounts. Its dynamic capabilities make it well-suited for robotic vision systems and automated processes, making the 3Z4S-LE ML-2.5X a perfect fit for the industrial machine vision market.