Nikon P2-RNI2 Nosepiese intelligent (65513)

The Nikon P2-RNI2 Intelligent Nosepiece is an advanced accessory for Nikon SMZ18, SMZ25, and SMZ1270i stereo microscopes, designed to enhance workflow efficiency and accuracy. This nosepiece allows users to mount two objective lenses and switch between them quickly, enabling seamless transitions between different magnifications without interrupting observation. Its intelligent features are particularly useful in research, industrial, and educational settings where precise calibration and reliable image documentation are required. When connected to Nikon’s Digital Sight camera systems and NIS-Elements imaging software, the nosepiece automatically detects and records which objective is in use, ensuring correct scaling and measurement for every captured image.

Function and Features:

• Holds two objectives, allowing fast switching between low and high magnification without moving the sample

• Enables switching between stereo (stereoscopic) and mono (on-axis) viewing modes by sliding the objective lens, which is ideal for high-clarity digital imaging and measurement applications

• When used with Nikon Digital Sight cameras and NIS-Elements software, automatically detects and records the current objective and zoom setting, updating calibration data in real time

• Ensures that all images have accurate scale and measurement information by storing objective and zoom metadata with each capture

• Compatible with a wide range of Nikon objectives, including Plan Apo and ED Plan series, for flexibility with different sample types

• Ergonomic design allows for smooth, easy switching and supports both right- and left-handed users

Applications:
Biological and medical research
Industrial inspection and quality control
Educational and training environments
Any application that requires efficient, precise switching between objectives and automated calibration

The Nikon P2-RNI2 Intelligent Nosepiece is a valuable accessory for anyone needing accurate, efficient objective management and calibration in advanced stereo microscopy, supporting both observation and digital imaging workflows.