You searched for: Microscope Objectives

Microscope objectives are a pivotal component in any microscopy system, designed to precisely focus light and produce high-resolution images of specimens. Whether for educational purposes, clinical research, or advanced scientific studies, selecting the right objective lens is critical to enhance magnification and clarity. High-performance objectives with optimal numerical aperture can significantly improve image quality, catering to professionals in fields like cell biology, medical diagnostics, and materials science. Investing in superior microscope objectives ensures you capture every detail with unparalleled precision, meeting the exacting demands of modern microscopy.

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Objectives for REVOLVE Microscopes, Echo

Supplier: DISCOVER ECHO INC.

Objective, 40X X-Plan Apochromat W/ Correction Collar NA 0.95, Wd 0.18mm, For Hybrid fluorescence microscope (upright/inverted), Revolve 3k

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Objectives for REBEL Microscopes, ECHO

Supplier: DISCOVER ECHO INC.

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Auxilliary Objectives for SMZ-160 Stereo Microscopes, Motic

Supplier: Motic

Auxilliary Objectives for SMZ-160 Stereo Microscopes, Motic

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Objectives for Motic AE2000 Inverted Compound Microscope, Motic Instruments

Supplier: Motic

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Planachromat microscope objective, (WD=187 mm)

Supplier: WORLD PRECISION INSTRUMENTS LLC

Objective for the PZMIV series microscopes.

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Infinity Plan Dry Objective 100X, LW SCIENTIFIC SE

Supplier: LW Scientific

No oil required.

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Metallurgy Objective

Supplier: WORLD PRECISION INSTRUMENTS LLC

Objective, 40×

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Objective, 0.5×, LWD, Auxiliary

Supplier: WORLD PRECISION INSTRUMENTS LLC

Objective, 0.5×, LWD, Auxiliary

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Objectives for Precision SurgioScope

Supplier: WORLD PRECISION INSTRUMENTS LLC

Objectives for Precision SurgioScopes (77665-006 and 77665-008).

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Medium Resolution - Aluminum-Tungsten Dendrites, Electron Microscopy Sciences

Supplier: Electron Microscopy Sciences

SEM resolution is tested in terms of a combination of criteria, namely resolved gaps and the number of gray levels in the image. This is to ensure that the resolution has not been distorted by using the contrast to maximize visibility of edges. High resolution images ideally should show fine detail together with a lack of noise evidenced by a good range of gray levels.

The various spacings created by the dendritic structure give the gap test, and the topographical arrangement of the dendrites leads to the gray level test.