Description

The Navitar Zoom 6000 system consists of two iterations of its 6.5x zoom modules, both Standard zoom and Ultrazoom. The standard zoom works with lower lens attachments, providing excellence where users require longer working distances, wider FOV’s and lower magnification. The Ultrazoom modules work with infinity corrected Plan Apo objective lenses such as Mitutoyo, where higher magnification and super high resolution are key performance attributes.

Selectable Optical Properties

• Standard Zoom 6000 – Utilising lower lens attachment lenses.
  • 5x zoom – 6.5:1 Ratio zoom
  • Magnification range: ~ 0.09x – 45x
  • Working distance range: 36mm – 300mm

• Ultrazoom 6000 – Utilising Infinity corrected objective lenses.
  • 5x zoom – 6.5:1 Ratio zoom
  • Magnification range: ~ 1.99x – 377x
  • Working distance: 13mm minimum

The strength of this system it’s in its flexible modular structure as the zoom 6000 can be combined with a multitude of accessories and upgrades to further expand its capabilities.

Modular Options

• Integrate C-Mount cameras up to 1” sensor format. (Some F-Mount integration also possible.)
• A range of rear adapter tubes, Standard, mini, short, and Right-angle orientation. All with focusing adjustable for fine tuning parfocality.
• Zoom modules with, detents, apertures, focusing and coaxial inputs.
• Motorised zoom and focus upgrades available.
• Adapters, plates, and clamps for secure mounting.
• DIC / Polarizer / Analyser / Quarter Wave Plate contrast options.
• Laser injection port.
• Infinity corrected M-Plan apo objective integration.
• Near IR coating (See Transmission Curve Tab)

Zoom 6000 Co-axial illumination is an ideal solution for applications involving highly reflective surfaces, such as wafers, polished samples, and fluids. Designed to provide even illumination for higher magnification applications, coaxial illumination provides extremely detailed resolution.

Navitar zoom 6000 system can be configured to include Near IR coatings for increased wavelength focusing ability at high resolution. Providing unparalleled sensitivity for capturing microscopic images. Enabling zoom 6000 systems to be optimised for imaging in the 700-1550nm wavelength range.

If your vision system application demands improved optics, contact Best Scientific. Our team will carefully assess your requirements to configure and provide a tailored quote for the most suitable system for your unique needs.