UNIVERSITY | Archeology

Archeologyis the study of human prehistory and history activity through the recovery, observation and analysis of ancient material. Archaeology is particularly important for learning from times for whom there are no written records

NexiusZoom (EVO)

• Binocular and trinocular heads with HWF 10x/22 mm or HWF 10x/23 mm eyepieces (EVO)
• Zoom ratio 1: 6.7, 6.7x to 45x or 1: 8.4, 6.5x to 55x
• Ergonomic stands
• Double 3 W LED illumination

View DZ series

• Binocular and trinocular models
• Build your own stereo microscope
• Standard versions or customized
• Very high resolution optics

View iScope materials science (metallurgical)

• Trinocular model
• EWF 10x/20 mm eyepieces
• Reversed quintuple revolving nosepiece
• Epi-NeoLED illumination

View Oxion Inverso materials science

• Observation of all types of materials
• Brightfield with polarization
• Long working IOS plan achromatic objectives
• Long working IOS plan semi apochromatic objectives

View Oxion materials science

• Trinocular models
• Reversed quintiple nosepiece
• Transmitted NeoLED illumination
• Reflected NeoLED illumination

View MacroZoom MZ.4500

• Stand-alone
• Zoom semi-apochromatic objective
• Zoom up to 0.7x to 4.5x
• C-mount with 0.4x objective

View MacroZoom MZ.5000

• MonoZoom stand-alone digital microscope
• Zoom from 0.7x up to 5x
• 105 mm working distance
• 110 mm working distance with 0.5x lens

View Delphi-X Inverso materials science

• Observation of materials science samples
• Brightfield, dark field, polarization
• DIC (differential interference contrast)
• Long working distance IOS plan semi apochromatic objectives

View MacroZoom MZ.4600

• MonoZoom stand-alone digital microscope
• Optical zoom from 0.7x up to 5x
• Magnification on screen from 2.5 up to 19x
• 100 mm working distance

View Achios-X Observer metallurgical

• Brightfield and darkfield EPi illumination
• Nomarski DIC (optional)
• IOS Plan Semi-Apochromatic or Plan Apochromatic objectives
• Smart Light Control (SLC)

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