Nikon Objective P2-SHR Plan Apo 1,6 x N.A. 0.24 (65509)

The Nikon Objective P2-SHR Plan Apo 1.6x is a high-performance lens designed for advanced stereo microscopes, such as the Nikon SMZ25 and SMZ18. This objective belongs to the Super High Resolution (SHR) Plan Apochromat series, which is known for delivering exceptional image clarity, high numerical aperture, and accurate color reproduction. The 1.6x magnification makes it suitable for applications that require detailed observation of small structures, including biological research, materials science, and quality control. The objective is engineered to maintain parfocality with other SHR objectives, allowing users to switch between lenses without the need for refocusing.

This objective lens provides a magnification of 1.6x and features a high numerical aperture of 0.24, which ensures bright, high-contrast images with minimal distortion. It is designed for use with Nikon’s advanced stereo microscopes and is ideal for tasks that demand both high resolution and precise color accuracy. The lens offers a balance between magnification and working distance, making it versatile for a range of scientific and industrial applications.

Key Specifications:

• Magnification: 1.6x

• Numerical Aperture (NA): 0.24

• Optical Correction: Super High Resolution Plan Apochromat for excellent color fidelity and image flatness

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

• Working Distance: Optimized to provide clear imaging while allowing for sample manipulation

Main Features:

• Delivers sharp, true-to-life images with high resolution and minimal chromatic aberration

• High numerical aperture enables bright and detailed observation, even of fine structures

• Maintains parfocality with other SHR objectives, allowing for efficient workflow without frequent refocusing

• Suitable for advanced research, inspection, and documentation tasks that require both magnification and image quality

This objective is an excellent choice for users who need reliable, high-quality imaging at higher magnification levels, with the flexibility to observe a wide variety of samples.