Navitar Microscope

Navitar Microscope

The Navitar Microscope is a high-magnification imaging system designed for various applications including semiconductor inspection, flow cytometry, and other industrial and life science imaging needs. Here are some key features and specifications:

Key Features

• High Magnification: Offers a dynamic magnification range from 0.09X to 393.80X, making it versatile for different applications[1].
• Optical Performance: Provides high contrast images and vivid colors, ensuring better equipment performance[1].
• Field Coverage: Allows viewing a wide range of parts with a field coverage of 0.01-182.72 mm[1].
• Working Distance: Can be varied from 13 to 390 mm, offering flexibility in setup[1].
• Infinity Corrected Objectives: Achieves unmatched edge flatness and clarity by using infinity corrected objective lenses[1].
• Modular Design: The system is modular, allowing for easy integration and configuration to specific applications[1][3][4].

Specifications

• Zoom 6000 Series:
  • Magnification Range: 0.09-393.80X
  • Field Coverage: 0.01-182.72 mm
  • Working Distance: 13-390 mm
  • NA: 0.006-0.018
  • Resolve Limit: 55.56-18.52 µm
  • Depth of Field: 13.89-1.54 mm[1]
• Resolv4K Modular Lens System:
  • Magnification: 0.20X-16X (fixed), 0.10X-45X (zoom)
  • Sensor Support: 1/2” through APS-C sensors
  • Working Distance: Long working distance options available
  • Optical Coatings: Available for Visible, Vis-NIR, and SWIR imaging[3]
• Ultra Precise Eye:
  • Magnification: 2.2X-91X
  • Optical Quality: High resolution f/4.5 macro lens system
  • Working Distance: Long working distances with infinity-corrected objectives
  • Sensor Support: Up to 2/3” sensor
  • Options: Coaxial illumination, motorized focus, near infrared version[4]

Applications

• Semiconductor Inspection: Ideal for inspecting wafers and electronic components[1][3].
• Flow Cytometry: Suitable for high-speed imaging of cells and particles[1].
• Industrial Inspection: Used for precise mechanic inspection and PCB inspection[3][5].

References

1. Navitar Lens Catalog. (n.d.). Digital USB Microscopes. Retrieved from http://www.digital-usb-microscopes.com/assets/PDF/Navitar-Lens-Catalog.pdf
2. Quick Start Guide - Navitar Optical Wizard. (2021, April 20). Lambda Photo. Retrieved from https://www.lambdaphoto.co.uk/news/2021/04/20/quick-start-guide-navitar-optical-wizard/
3. High Magnification Imaging with Navitar’s Resolv4K Modular Lens System. (2024, June 25). Vision Systems. Retrieved from https://www.vision-systems.com/directory/manufacturers/lenses/high-resolution-lenses/product/55091114/rj-wilson-inc-high-magnification-imaging-with-navitars-resolv4k-modular-lens-system
4. Navitar Ultra Precise Eye Modular Microscope Tubes. (n.d.). Mengel Engineering. Retrieved from https://www.mengelengineering.dk/navitar-ultra-precise-eye-modular-microscope-tubes.html
5. Navitar Zoom Module with 5x Objective and Optotune EL-16-40 for High Magnification Imaging. (n.d.). Optotune. Retrieved from https://static1.squarespace.com/static/5d9dde8d550f0a5f20b60b6a/t/627a301c5b82571352dad1db/1652174878915/Navitar+Zoom+Module+with+5x+objective+++Optotune+EL-16-40-TC.pdf