Reflective Microscope Objectives Lenses

OBLR

Reflective Microscope Objectives Lenses
In stock
SKU
OBLR
These reflective Microscope objective lenses are optimized for chromatic aberration over a bandwidth of 350nm to 7um. They are mainly used in microscope-spectrometry and failure analysis in the semiconductor industry.
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Name Magnification Numerical Aperture Working Distance WD Delivery Price Add to cart
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Reflective Microscope Objective 10mm Focal Length 20X
OBLR-20A
20× 0.35 7mm
6-12 weeks
€2,464.30
Magnification 20×
Wavelength range 350nm - 7μm
Focal length f 10mm
Numerical aperture (NA) 0.35
Visual field φ0.5mm
Working distance (WD) 7mm
Mechanical tube length 80 - ∞mm (variable)
Shielding ratio about 36%
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Reflective Microscope Objective Lens Adapter
OBLR-AMT
6-12 weeks
€61.60
Magnification -
Wavelength range -
Focal length f -
Numerical aperture (NA) -
Visual field -
Working distance (WD) -
Mechanical tube length -
Shielding ratio -
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Reflective Microscope Objective 6.7mm Focal Length 30X
OBLR-30A
30× 0.41 5mm
6-12 weeks
€2,710.70
Magnification 30×
Wavelength range 350nm - 7μm
Focal length f 6.7mm
Numerical aperture (NA) 0.41
Visual field φ0.34mm
Working distance (WD) 5mm
Mechanical tube length 80 - ∞mm (variable)
Shielding ratio about 36%
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Reflective Microscope Objective 19.9mm Focal Length 10X
OBLR-10A
10× 0.2 16mm
6-12 weeks
€2,464.30
Magnification 10×
Wavelength range 350nm - 7μm
Focal length f 19.9mm
Numerical aperture (NA) 0.2
Visual field φ1.0mm
Working distance (WD) 16mm
Mechanical tube length 80 - ∞mm (variable)
Shielding ratio about 36%
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Reflective Microscope Objective 5mm Focal Length 40X
OBLR-40A
40× 0.49 3.5mm
6-12 weeks
€2,710.70
Magnification 40×
Wavelength range 350nm - 7μm
Focal length f 5mm
Numerical aperture (NA) 0.49
Visual field φ0.25mm
Working distance (WD) 3.5mm
Mechanical tube length 80 - ∞mm (variable)
Shielding ratio about 36%

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◦Adjustable for use with various types of microscope tubes with focal length ranging from 80mm to infinite
◦The reflection mirror is strengthened with aluminium coating and MgF2 protective layer.
◦The RMS(M20.32 P0.706) mounting thread conforms to JIS standard and is compatible with all major microscope tubes.
◦The focus point and image size of visible, UV and IR wavelengths shows no difference and precise matching of the images is possible.