Microscope objective lens

Supplier: Leica
630-3305EA 802 EUR
630-3305 630-3304 630-3303 630-3302 630-3301 LEIM11566067 LEIM11506083 630-3189 630-3188 LEIM11506241 LEIM11556065 LEIM11506240 LEIM11506243 LEIM11556061 LEIM11506321 LEIM11506401 LEIM11556060 LEIM11506405 LEIM11506526 LEIM11506525 LEIM11506528 LEIM11506208 LEIM11506529 LEIM11566077 630-3310 630-3475 LEIM11506096 LEIM11506097 630-3309 LEIM11506410 LEIM11506214 LEIM11556071 LEIM11506411 LEIM11506413 LEIM11556511 LEIM11506217 LEIM11556036 630-3483 LEIM11566083 630-3369 630-3368 630-3367 630-3366 LEIM11506382 LEIM11506184 LEIM11506386 LEIM11506220 LEIM11506385 LEIM11506302 LEIM11506227 LEIM11506226 LEIM11506349 LEIM11506228 630-3370 LEIM11506230 LEIM11506273 LEIM11506276 LEIM11506278 LEIM11506277 LEIM11506431 LEIM11506236 LEIM11506158 LEIM11506238 LEIM11506314 LEIM11506237 LEIM11506519
Microscope objective lens
Microscope Objectives
The objective lens is a critical part of the microscope optics. The microscope objective is positioned near the sample, specimen, or object being observed. It has a very important role in imaging, as it forms the first magnified image of the sample.

  • The objective forms the first magnified image of the sample

The numerical aperture (NA) of the objective indicates its ability to gather light and largely determines the microscope’s resolution, the ability to distinguish fine details of the sample.

Objectives are categorised into performance classes on the basis of their transmission, chromatic correction, planarity, and others. From the point of view of the International Organization of Standardisation (ISO), there are three groups of objective classes differing in quality of chromatic correction (Achromats, Semi-Apochromats and Apochromats).
Order Now

Learn more

About VWR

Avantor is a vertically integrated, global supplier of discovery-to-delivery solutions for...

Learn more About VWR