Navitar 1-60123 Navitar 6.5X zoom lens with 3mm fine focus and co-axial light Description : Navitar 6.5X zoom lens with 3mm fine focus and co-axial light

Item number:
1-60123
Details
Additional Details Description = Navitar 6.5X zoom lens with 3mm fine focus and co-axial light|
Navitar 1-60113 2.0X Lens Attachment Description : 2.0X Lens Attachment

Navitar 1-60113 2.0X Lens Attachment Description : 2.0X Lens Attachment

Navitar 1-60165 Non Inverting Right Angle Mount w/ Prism Description : Non Inverting Right Angle Mount w/Prism (Requires NIRA adapter tubes)

Navitar 1-60165 Non Inverting Right Angle Mount w/ Prism Description : Non Inverting Right Angle Mount w/Prism (Requires NIRA adapter tubes)

Navitar 1-60123 Navitar 6.5X zoom lens with 3mm fine focus and co-axial light Description : Navitar 6.5X zoom lens with 3mm fine focus and co-axial light

Availability: In stock
Item number
1-60123
€1,750.00 ex vat
€1,750.00 ex vat
Navitar Zoom 6000
For high magnification applications the Zoom 6000 series of lenses are the number one choice around the world. Recognized as the industry standard our versatile 6.5X zoom lenses are designed to give you the magnification powers of traditional microscopes without all the bulk or expense.
They are easily integrated set-up and configured to your exact application. If you need a workhorse with more installations than all the competition combined try our 6.5X zoom lenses.
Compared to the competition the Navitar Zoom 6000 series offers unmatched optical performance repeatability and mechanical flexibility.
Dynamic magnification range of 0.09-228X offers incredible versatility.
High contrast images and vivid colors help your equipment perform better.
0.02-125.68 mm field coverage allows you to view a wide range of parts.
Working distance can be varied from 34 to 390 mm.
Add infinity corrected objective lenses to achieve unmatched edge flatness and clarity.

Zoom Knob says: Camera Adapter Camera Chip Size Auxiliary Lens Full Screen or Capture Window Diagonal Size On Screen Magnification

Note: Not all combinations are possible. Not all combinations render acceptable image resolution.
Check the numbers on your zoom knob and the list of auxiliary lens that are made for your model scope.

Note: Use of this calculator is meant for approximations and to evaluate changes in the setup i.e. how much more mag
can I get with a bigger monitor etc.. To calculate true magnification one would measure the lines of a stage micrometer
at the magnified output and apply the formula. Copyright

€1,750.00 ex vat