Nikon DS-F2.5 F-Mount Adaptors 2.5x DS Series (65521)

The Nikon DS-F2.5 F-Mount Adapter 2.5x is a specialized adapter designed for connecting Nikon DS series cameras, such as the DS-Ri2 and DS-Qi2, to the camera port of a microscope or other optical devices. This adapter features a built-in 2.5x relay lens, making it ideal for high-magnification imaging applications where detailed digital capture is required. It is widely used in laboratory, research, and industrial settings where precise and reliable camera integration is essential. The DS-F2.5 F-Mount Adapter ensures a secure and stable connection, allowing users to capture sharp, high-quality images directly from the microscope.

Function:
Enables direct attachment of Nikon DS series F-mount cameras to the camera port of a microscope, providing a 2.5x magnification relay lens for high-resolution imaging.

Magnification:
2.5x relay lens

Compatibility:
Designed for use with Nikon DS series cameras, including models like DS-Ri2 and DS-Qi2.

Installation:

• Remove the F-mount cap from the adapter before use.

• Align the marks on the camera and the adapter, then rotate the camera until it clicks into place.

• Secure the adapter to the camera port of the microscope by tightening the fixing screws.

• To detach, turn off the camera, disconnect any cables, press the lens release button, and rotate the camera to remove it from the adapter.

• Always replace the F-mount cap after detaching to protect against dust.

Weight:
Approximately 200 grams

Application Areas:
Laboratory research
Microscopy imaging
Industrial inspection
Digital documentation

Main Features:

• Provides a secure and stable connection between F-mount cameras and microscopes

• Built-in 2.5x relay lens for high-magnification, high-resolution imaging

• Easy attachment and removal process

• Durable construction for regular laboratory use

This adapter is an essential accessory for anyone needing to connect Nikon DS series F-mount cameras to a microscope, ensuring reliable and high-quality image capture for research and documentation purposes.