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Aberration-free

image even with

added attachments. Innovative UIS infinity-corrected

optics,

such

as

objectives,

telan

Simple systems.

modification

of microscopic

The major drawback

of

infinity-corrected

optical

conventlonal systems IS

lenses,

eyepieces

and other

lens units

completely aberrations.

travels

as

eliminate optical In this system,

parallel

rays

from

light the

objective through the body These rays are focused by

tube. the telan

field flatness aberration. the distance

degradation

and coma

Such problems occur between the objective

as

and telan lens IS lengthened Olympus solved this problem

by

developing

new eyepieces

to make It

lens to form intermediate

an aberration-free

image.

This

principle

possible to attachments

add two intermediate and assure superb

field

allows attachments to between the objective

be added and the built-in

flatness.

Now it

the

researcher’s

IS simple to integrate own units Into the

telan lens without changes or image deterioration.

any magnification quality

microscopic lenses

system

without

additIonal

An impressive

line of high-performance

UIS objectives

- PLAPO S i er es

Deslgned for unsurpassed resolution and contrast, these new Plan Apochromat oblectives keep chromatic aberration down

to

UPLAPO Series ~ The UPLAPO Senes of Universal Plan

Apochromat objectives features an unsurpassed high numerical aperture

In

an absolute minimum manufacturing allows

Precision the PLAPO

Series

to

addltlon to brightfield observation, they offer perfect resolution and contrast during

deliver

maxlmum

optlcal

performance

fluorescence, observations

Nomarski DIC and darkfield

UPLFL Series ~- Cost-effective Universal Semi-Apochromat oblectlves deliver superb resolution and

contrast such as DIC and

with any microscopic technique

brightfield, darkfield

fluorescence, Nomarskl Olympus proprietary

manufacturing high-precision

technology objectives

makes possible at affordable cost

UPLFL-P Series - Featuring outstanding optical performance llke the UPLFL Series, Innovative assembling

technology

has made

the

UPLFL-P Series

completely

strain-free.

In

combination with

the Brace

Koehler

comDensator,

UPLFL-P

objectives make high-sensitlvlty light observation possible

polarized

UPLAPO-PH

and PLAPOGO X PH

Objectives

with

the

worlds

highest

Series - resolution

and contrast Designed for

for phase-contrast

observation

phase-contrast

mlcroscopy,

these objectives also perform faultlessly

with

brightfield

and

fluorescence

observations

WORLD CLASS OPTICS

F.N. 26.5 for any microscopic

technique. Super widefield

observation

tubes

enable the AX70 to have an extended

field of view fluorescence,

(F.N. 26.5) Nomarski

for brightfield, DIC, phase-

contrast and polarized observations.

light

Ideal In the

resolution

and contrast.

AX70’s

lnnovatlve

UIS

Infinity-

corrected

optlcal

system,

light

travels

as parallel rays from the through the body tube are focused by the telan

objective These rays lens to form

a completely intermediate

aberration-free

image.

This

pnnclple

allows various attachments added between the objective

to be and

the

built-in telan magnification deterioration

lens without any changes or image The result IS optimum

resolution and contrast even using

UPLFL-PH Series Universal phase-contrast objectives that provide the same critical optical performance

as the UPLFL Series. A newly developed phase membrane allows a high-contrast image to be produced without using an interference filter.

UAPOi340 Series Composed of strictly selected lenses, these universal objectives feature high transmission

at 340nm. With a high numerical aperture,

the

UAP01340 Series provides the maximum

performance

in

fluorescence

microscopy

through near-ultraviolet Ca’+ photometry.

excitation including

UPLAPO 60X WPSF Series ~--~ Outstanding optical performance

combines

with high numerical aperture and long working distance to make these Universal

Apochromat

water-immersion

objectives

ideal

for 3D observations with a confocal laser

scanning

microscope.

With

improved

near-

ultraviolet transmission, these objectives also be used for Ca2+photometry.

can

UAPO W Series The UAPO W water immersion objectives feature a high numerical aperture. Thus, they

enable images surface

the production of aberration-free

at every down to

specimen level from deep sections-during

the

examination of with a refractive

living cells or

other specimens

index similar

to water.

6

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