Nikon Objective P2-SHR Plan Apo 0,5 x N.A. 0.075 (65507)

The Nikon Objective P2-SHR Plan Apo 0.5x is a high-performance lens designed for use with advanced stereo microscopes, such as the Nikon SMZ25 and SMZ18. This objective is part of the SHR Plan Apo series, which is known for its excellent color correction, high numerical aperture, and wide field of view. It is particularly useful for applications that require detailed imaging of large specimens at lower magnifications, including biological research, materials analysis, and quality control. The lens is engineered to provide sharp, true-to-life images with minimal distortion, making it a reliable choice for both research and industrial environments.

This objective lens provides a magnification of 0.5x, allowing for the observation of larger areas of a specimen. It features apochromatic correction to ensure accurate color reproduction and high image flatness. The lens is compatible with Nikon SMZ25 and SMZ18 stereo microscopes and is designed for seamless integration and easy switching between objectives.

Key Specifications:

• Magnification: 0.5x

• Numerical Aperture (NA): 0.078 (for SMZ25), 0.075 (for SMZ18)

• Working Distance: 71 mm

• Optical Correction: Apochromatic (Plan Apo) for excellent color accuracy and flatness of field

• Compatibility: Suitable for use with Nikon SMZ25 and SMZ18 stereo microscopes

• Field of View: Wide, ideal for viewing large samples or multiple specimens at once

Main Features:

• Provides a wide and flat field of view with high resolution and minimal distortion

• Offers sharp, true-color images due to advanced chromatic aberration correction

• Long working distance allows for easy handling of samples and accommodates larger specimens

• Designed for easy switching with other SHR Plan Apo objectives, maintaining consistent focus and image quality

• Suitable for a variety of research and industrial applications requiring low magnification and high image quality

This objective lens is a dependable option for users who need precise, high-quality imaging at low magnification, with the flexibility to observe a wide range of sample types.