NAVITAR-NMICROMATE Zoom Lens

The MICROMATE zoom lens is a highly flexible modular design that users can easily integrate into high-resolution microscope systems for various applications, such as precision inspection of high-speed production lines, fluorescence imaging, DIC, Laboratory observations of bright or dark field microscopy, etc.

NAVITAR lens---Continuous zoom microscope for Micromate large target area sensor

Navitar MicromateA new generation of high-resolution 1x-3x continuous zoom lens system specifically designed for cameras with 4/3 'chips. When used in conjunction with Navitar's objective lens, images can be presented on a 22.5mm chip without any vignetting phenomenon.

MICROMATE zoom lensFor highly flexible modular design, users can easily integrate it into high-resolution microscope systems for various applications, such as precision inspection of high-speed production lines, fluorescence imaging, etc, DIC, Laboratory observations of bright or dark field microscopy, etc.

MICROMATE zoom lensSystem Diagram

Appreciation of application effects:

Optical system characteristics:

wLarge field of view high-resolution lens: Not only can it provide clear and delicate images, but the field of view is about 40 times that of microscope objectives with the same resolution.

wHigh resolution and low distortion: The well-designed optical system ensures high image resolution (resolution 1.24um-3.59um) and low optical distortion, suitable for applications that require image quality.

wWide sensor compatibility: Can be used in conjunction with large format 4/3 ', 1.1', and 1 'sensors to meet the imaging needs of different devices.

wMultiple lighting modes: compatible with coaxial, ring lights, or Kohler lighting, users can choose the appropriate lighting mode based on the characteristics and imaging needs of the subject.

wImprove detection efficiency and throughput: Achieve a wider field of view, capture more samples per image, thereby accelerating object detection speed and improving detection efficiency. No need to move the optical lens or platform, and no need to wait for software to stitch the images together.