Inverted Metallurgical Microscopes

GX SERIES

1Industry-leading* UIS2 Optics Take Digital Micro Imaging Systems to the Next GenerationThe optical system, heart of a microscope, uses our UIS2 infinity-corrected optical system evolvedfrom the industrial leading UIS2 optical system. High quality images are obtained for everyobservation method, and the performance of the digital camera is optimized in flexibility. Digitalimages transferred to a PC can be easily used by use of advanced image analysis software.

The GX series is Olympus' most advanced inverted metallurgical microscope system. With additionof motorized functions, complete integration into all digital imaging subsystem is possible to provideadvanced solutions for cutting edge research by its digital imaging system in pursuit of high qualityand simplicity, motorized modules whichincrease observation efficiency, and otherbeneficial features.

The GX Series also strongly promotesenvironmentally-friendly manufacturing with a lead-free optical system.

2GX51+DP21

GX71 (motorized model) +DP73

Specimen: 8-layer printed circuit board (Section)Specimen courtesy of Miyamagiken Co., Ltd.

* According to Olympus own survey of the wavefront aberration controlin the top grade objective lenses marketed in 2008.

3Images of the Excellent Performance Created withUIS2 Wavefront Aberration Control

Natural color reproduction faithful to thespecimenUIS2 objective lenses realize natural colorreproduction without any chromatic shifts usingstringently selected high transmittance glass andadvanced coating technology that provides hightransmittance which is flat over a wide bandwavelength. In addition, since the total opticalsystem, including the tube lens is designed to reproduce a natural color, clear images faithful tothe specimen are obtained even with digital imaging.

An example of 3D display of a wave front measured with a laserinterferometer. The flatter the surface of the lens, the better theaberration correction becomes.

V value

W v

alue

A comparison of the color temperature of UIS2 objective lensesand conventional UIS objective lenses. The color temperature ofthe UIS2 objective lenses is within a range which is very close tothe color temperature target, which represents ideal white value.

Conventional imageUIS2 image

Color temperature comparison

UIS2

Conventional UIS

Ideal white value

A New standard of the objective lens perfor-mance, using wavefront aberration controlThe Olympus UIS2 objective lenses set a newstandard, with wavefront aberration control inaddition to common performance standards ofN.A. and W.D. Olympus challenges top gradeoptics which has not been fulfilled by theconventional standards. We offer excellentperformance objective lenses by lowering theaberrations that lower resolution.

4Promotes environmentally-friendlyecologization and weight reductionOlympus has considered the environment and hastackled ecologization of microscopes. As part ofthis, on introduction of UIS2 optical system, eco-friendly glass free of lead and arsenic is used in theobjective lenses and the major Semi-apochromaticUIS2 objective lenses are lightened byapproximately 2/3. This contributes to preventionof environmental pollution, improvement ofoperability of objective lenses replacement, etc.*Some UIS2 objective lenses are the same weight as conventionalobjective lenses

Removes spot flare during low magnificationobservationWhen a low reflection specimen is observed inlower power magnifications, spot flare may hinderprecise observation. In UIS2 low powerobservation, a depolarizer built into the objectivelens end removes spot flare and, a clear, highcontrast image is obtained by combining a set ofpolarizer and analyzer plate. * 1.25x and 2.5x objective

lenses available

MPLFLN1.25xUIS2

Spot flareNo depolarizer

Since the light reflected from thesurface of the objective lenses isthe linearly-polarized light as is,it is eliminated by analyzer atCrossed Nicol position and hasno affect on the image. On theother hand, the light passedthrough the depolarizer at theend of the objective lensbecomes unpolarized light, andwhen the unpolarized lightreflected from the specimenpasses through the analyzer,only the linearly-polarized lightthat matches the vibrationdirection of the analyzer passesthrough and forms an image.

Spot flare removal principle conceptual diagram

Analyzer

Polarizer

Objective lens

Depolarizer

Specimen

Linearly-polarized light

Flare

Unpolarized light

Operations that you want to save variouspowered modules fulfill your requirementsThanks to various motorized modules, speedymagnification change, easy observation modeselection from brightfield to simple polarizing andillumination filter switching are performed throughhand control panel or PC. Automation allows theoperator to focus on the crisp UIS2 images. You only need to add the automation you needwithout adding any extras. Motorized revolving nosepieces U-D6REM, U-D5BDREM and motorized filter wheel U-FWR can also be added onto the GX51.Image analysis software OLYMPUS Stream is required for control from a PC.

Getting the optimized image with anyobservation methodThe UIS2 infinity-corrected optical system wasdeveloped with Olympus unique knowledge and the GX series is designed to perform well inthe context of inverted metallurgical microscopes.The results are sharp, detailed images withexcellent contrast and consistently high clarity withany and all observation methods. Equipped with100 W halogen lamp and newly improvedefficiency, the GX series microscopes provide theintense and even illumination.

The bright darkfield imagesThe UIS2 contrast has improved brightness anddelivers better sensitivities for holes or flaws onmetallographic structure.

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High-performance Research and Quality Control areEnhanced by Automated Modules

Motorized mirror unit turret/GX-RTUA

Motorizedobservation methodswitching

Motorized objective lens switching

Nomar

BrightfieldDarkfield

Conventional image

UIS2 image

The GX71 motorized configuration requires the control box, IX2-UCB and the cable, U-REMMT.

Motorized sextuple BFrevolving nosepiece with

slider slot for DIC/U-D6REM

Motorized quintuplerevolving nosepiece forBD with slider slot for

DIC/U-D5BDREM

6Hand switch/U-HSTR2

Motorized reflected filter wheel/U-FWR

Motorizedreflected light on/off

ski DIC

FluorescenceSimple polarizing

Nomarski DIC system provides an optimumimage suited to the sampleOlympus Nomarski DIC observation uses a simpleobservation switching slider type single prismsystem. Three different DIC prisms are provided:the U-DICR for all imaging applications, highresolution U-DICRH, and high contrast U-DICRHC,so that the excellent resolution and contrastmatched to the state of the sample are obtained.Since the exit pupil position of the objective lens isstandardized by the series, the position of the DICprism does not have to be switched when themagnification was changed by switching theobjective lens.

5x 20x 100x 150x

U-DICR

U-DICRH

U-DICRHC

High

contrast

High

resolution

Priority on resolutionU-DICRH

For general specimenU-DICR

Priority on contrastU-DICRHC

7Side port

Digital camera

GX71

Video camera

Standard C mount adapter

Digital Micro Imaging Solutions for ObtainingHigh Quality Microscopic Images

Digital imaging ? No, it is digital micro imagingHigh resolution objective lenses, high transmittanceoptical system and uniform brightness illuminationsystem extract excellent performance from thedigital camera. Olympus offers two types of digitalimaging device, space-saving simple-operationstandalone models, and completely controlled PC-basis models, for all observation methods rangingfrom brightfield to fluorescence. Choose thecamera matched to your purpose and budget.Olympus offers digital micro imaging solutions formicroscopes based on many years ofoptoelectronics technologies.

Accurate post-imaging measurementsIntegration with a coded revolving nosepiece allows sharing and recording of objective lensmagnification. A coded revolving nosepieceeliminates errors that occur when the wrongmagnification is manually recorded by the operator.The coded revolving nosepiece is available in twotypes; for brightfield objective lens and forbrightfield/darkfield objective lens.

UIS2 objective lenses with excellent imageparcentricity High power Semi-apochromatic UIS2 objectivelenses make the centration tolerance betweenobjective lenses on the microscope nosepiecekeep the image within the center of the field ofview even with digital cameras.

Conventional image

UIS2 image

U-CBS

U-D5BDRES-ESD

U-D5RES-ESD

8Front port

Digital camera

GX51

Video camera

GX-SPU side portintermediate tube(optional)

GX C mount adapter

High-resolution Digital Camera DP73

Captures High-resolution, High-sensitivityDigital Images FastThis outstanding 17.3-megapixel cooled digitalcamera with pixel-shift technologies attainssuperior resolving power, sensitivity and precise14-bit (16384 steps) color fidelity. The DP73 iscompatible with all the light microscopicobservation methods and produces contrastbalanced images using a unique dynamic rangetechnology. ISO1600 sensitivity delivers cleardisplay even for faint fluorescence signals. A high definition 1600 x 1200-pixel image can bedisplayed live at a rate of 15 frames per second,without compression and a maximum 4800 x3600-pixel image can be instantly saved.

GX51+DP26

Digital Camera DP21/DP26

Smooth live image displayHigh-speed image capturing which allowssequential shootingThe 2-megapixel color CCD camera, DP21 can becontrolled from a space intuitively operated hand-switch. The camera has the power to displayUXGA images comparable to high-definition at asmooth 15 frames per second. Seamless viewingis sustained even when changing focus or movingthe inspection spot. The hand-switch incorporatesthe 12 most frequently used measurementfunctions for efficient inspection of industrial parts. The high-resolution 5-megapixel color CCDcamera, DP26 provides excellent performance inbrightfield observation for most applications. TheDP26 incorporates progressive scanning that isfree from color shift and offers high-speedIEEE1394b connectivity. Handset type is alsooptional.Both models accommodate a wide range ofapplications in the OLYMPUS Stream, imaginganalysis software.

GX71+DP73

OLYMPUS Stream provides interactivemeasurement functions such as distances,angles, rectangles, circles, ellipses and polygons.The measurements are made with your mouseand show immediate feedback indicated on theimage or in the live data table. All results aresaved with the image files as records. To furtherimprove on accuracy, optical data such assystem magnification are automatically availablewhen combined with the Olympus Microscopesystem.

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Making the Optimal Use of Microscope Digital ImagingOLYMPUS Streamthe More Freedom, the More Comfort

Count and measure*Keep your workflow streamlined In addition to control digital cameras, microscopes andcoded revolving nosepieces, the OLYMPUS Streamimage analysis software has made possible seamlessoperation throughout your workflow: an easy-to-useinterface guides you effortlessly through every stepfrom image adjustment and capture, measurements,report creations and archivingor whatever you needto achieve. The OLYMPUS Stream software systemcan be purchased in a variety of packages designed tofit your needs.

Object detection and size distribution measurement are among the most importantapplications in digital imaging. OLYMPUS Stream incorporates a detection engine thatutilizes threshold methods to reliably separate objects (e.g. particles, scratches) from thebackground. OLYMPUS Stream offers more than 50 different parameters for shape, size,position, and pixel properties (intensity, gray value) for object classification. *Optional software for OLYMPUS Stream Essentials and more-advanced packages

Using the OLYMPUS Stream image navigationallows you to pan and zoom on live or storedimages. The image navigator interface providesimmediate updates at your location on both thezoomed and unmagnified images. The navigationsystem provides you with fast, immediate viewsof your sample before you acquire an image. Allimage viewing and manipulation is carried outwith a clean, simple user interface, providing fastand intuitive results.

OLYMPUS Stream software provides MIA toenable the creation of panoramic images ofsamples that extend beyond the field of view.The simple step-by-step process allows you toquickly combine the images. The OLYMPUSStream software then quickly stitches themtogether, providing you with an output ready forsimple visualization or complex measurement.

Live image navigation Basic measurement Manual Multiple Image Alignment (MIA)

Save your data and export it to your customizedreport, which can be edited in Microsoft Word.

Report generation

Object detection and classification

Live image navigation (composite material)Measurement result using Magic Wand** (cast iron)**Available for OLYMPUS Stream Essentials and more-advanced packages

Multiple image acquisition of shape memory alloy

This module is for steel manufacturers measuringand controlling the shape and size of non-metallic inclusions (oxide, alumina, sulphide, orsilicate) in steel. OLYMPUS Stream can evaluatenon-metallic inclusion with the results createdautomatically according to internationalstandards (ASTM E45 Method A and DIN 50602Method M).

OLYMPUS Stream provides intuitiveworkflow interfaces With the click of an icon on the Materials Solution toolwindow, you can execute the most complex imageanalysis task quickly, precisely, and in compliance withmost common international standards.

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This module is for casting manufacturers whoneed to measure and control the graphitenodularity to check the mechanicalcharacteristics of their cast products. WithOLYMPUS Stream, this nodularity can becalculated by graphite size, shape, anddistribution. The results are automatically createdaccording to industrial standards (JIS G5502,ASTM E247, and ISO945).

This module is for steel manufacturers measuringand controlling grain size after cross-sectioning,polishing or etching steel samples. OLYMPUSStream can calculate the grain size number G bythe intercept or planimetric method automaticallywith no time consuming manual actions. Theresults are created according to internationalstandards (JIS G5502, ASTM E112, andDIN50601).

A live or still image can be compared withstandard charts. Overlay comparisons can bemade, and function preview is available. Thismodule can be used for ASTM grain size numberevaluation, non-metallic inclusion rating, andcast-iron shape class evaluation. Steelmicrostructure with superimposed referenceimage as overlay for live evaluation.

Grain sizing intercept/planimetric Cast iron

Chart comparison

Non-metallic inclusion rating in steel

1 Acquire Image

2 Process Image

3 Analyze Image

4 Create Report

Start A New Sample

Grain sizing (intercept) Polished cast ironNon-metallic inclusion rating in steel

Grain sizing (planimetric)

*Please refer to OLYMPUS Stream catalog for further details

Example: Grains Planimetric

1 2 3 4

Zoom function for easy framingThe 1x-2x zoom facility acts on all ports,shows critical specimen detail more clearlyand makes accurate framing especiallyeasy as well as allowing image capture atthe same magnification as thevisual observation.

11

BF DF POLDIC FLF.N.

26.52x

ZOOMMAX

4Ports

TOP-OF-THE-LINE INVERTED METALLURGICAL SYSTEM MICROSCOPE

GX71TOP-OF-THE-LINE INVERTED METALLURGICAL SYSTEM MICROSCOPE

GX71

1x

Truthful reproduction of specimen inimage forming and acquisitionViewing images are not reversal, the exactreproduction of specimen in vertical/horizontal directions. The true reproductionmakes it easier to compare the images withdigital photos. *Images are reversed if seen via a video/digital camera attached to the side/front port.

Five observation methods frombrightfield to fluorescenceSimply by changing the position of theGX71's mirror unit turret, it is quick and easyto alternate between brightfield, darkfield,Nomarski DIC, simple polarized light andfluorescence observation. The Olympusuniversal objective lenses accommodate allobservation methods. There is no need tochange the objective lens type each time theobservation method is changed. The GX71also employs super widefield eyepieces(F.N.26.5), for an efficient orientation andobservation process.

2x

Top-notch Performance for Today's Leading-edge Research

12

F.N.

22MAX

3PortsBF DF POLDIC

INVERTED METALLURGICAL SYSTEM MICROSCOPEINVERTED METALLURGICAL SYSTEM MICROSCOPE

GX51GX51

Single lever switchover forbrightfield/darkfield observationThe versatile GX51 performs brightfield,darkfield, Nomarski DIC and simple polarizedlight observations. Switching betweenbrightfield and darkfield observation is donewith a single lever, located close to theoperator's hand. Changing to Nomarski DICobservation is a simple matter of insertingthe DIC-slider.

Expandable functionalityA wide variety of optional units can beeasily attached to the GX51, allowing suchsystem upgrades as linking to a digital orvideo camera via an intermediate tube (GX-SPU).

Designed for ease to use and efficiency Good working efficiency is the top designpriority of the GX51, which was speciallydeveloped for handling routine inspectiontasks. Its most frequently used operatingfeatures are located at the front, whileincorporation of the tilting tube U-TBI90(elevation angle 35-85 degree) allows theoperator to work in an easy, natural postureand conduct observations comfortably in astanding position.

Superb Performance and Reliability for All Kinds of Routine Observation and Documentation

GX71/GX51 ACCESSORIES

13

GX51 observation tubeBesides trinocular tube U-TR30H-2, the lineup includesbinocular tube U-BI90, for use incombination with an eyepointadjuster, and tilting tube U-TBI90,which allows observations to bemade in whatever posture suitsthe individual user.

Intermediate tubesOther high-performanceaccessories are available to meet avariety of applications. Included arean intermediate tube (IX-ATU),which allows attachment of atrinocular observation tube, a sideport intermediate tube (GX-SPU)and an eyepoint adjuster (U-EPA2).

FiltersThe GX series comes with a selectrange of filters, including neutraldensity, color temperatureconversion and green filters. Two slider slots are provided,each allowing introduction of up tothree filters.

GX71 observation tubesThe super widefield binocularobservation tube (U-SWBI30) andsuper widefield trinocularobservation tube (U-SWTR-3) areprovided for the GX71.

Lamp housingA variety of light sources toaccomplish bright and evenillumination are provided,according to your purpose.

Revolving nosepiecesSextuple revolving nosepieces andquintuple revolving nosepieceswith DIC slider compatibility arealso provided.

Drawing attachment / U-DAAs well as its conventional useas drawing attachment, thisaccessory also provides amacro observation function.When combined with atrinocular observation tube,the macro images are storedas photomicrographs orretained in the digital camera.

U-D6RE

U-5BDREU-D5BDRE

IX-ATU

GX-SPUU-EPA2

U-SWTR-3U-SWBI30

U-TR30H-2

U-BI90CT

U-BI90

U-TBI90

*Use U-BI90CT in combination with U-EPA2 or GX-SPU.

U-LH100HG

U-LH100-3

U-LH75XEAPO

ScalesIn addition to the calibration scalesfor each objective lens, grain sizereticules and square scales canalso be recorded. Up to 3 scalescan be freely combined in a singleslider.

GX51GX71GX51

GX51

GX71

GX71

GX51GX71

GX51GX71

GX51GX71

*Use in combination with 10x lens for drawing attachment U-DAL10x.

14

GX71 dimensions (unit: mm) (unit: mm)GX51 dimensions

446243 140

317

280145203

213 400

455

213

317

438145203 235

280140

363

425

SCALE

GX series specificationsGX71 GX51

Optics UIS2 optical system (infinity-corrected)

Microscope frame Intermediate magnification Zoom incorporated (1 x2 x) Clicks in the two intermediate positions (can be released)

Imprinting of scale All ports All portsReversed positions (up/down/left/right) from observation Reversed positions (up/down) from observation

positions seen through the eyepiece positions seen through the eyepiece

Power source Power source for illuminator (12 V 100 W halogen) incorporated

Focusing Manual, Coarse and Fine coaxial handle. Focus stroke 9 mm (2 mm above and 7 mm below the stage surface)

Output port Front port Video and DP system (reversed image, special video adapter for GX)

Side port Video, DP system (reversed image) Side port (option) Video, DP system (upright image)

Observation tube Super widefield (F.N. 26.5) U-SWBI30, U-SWTR-3

Widefield (F.N. 22) U-BI90, U-TR30H-2

Illumination Observation method Brightfield, darkfield, simple polarized light, DIC, fluorescence Brightfield, darkfield, simple polarized light, DIC

Illuminator diaphragm FS/AS manually controlled, with centering adjustment

Light source 100 W halogen (standard), 100 W mercury, 75 W xenon (option)

Revolving nosepiece Manual operation Sextuple for BF/DIC, quintuple for BF/DF, quintuple for BF/DF/DIC, coded quintuple for BF, coded quintuple for BF/DF/DIC, centerable quadruple for BF

Motorized operation Sextuple for BF/DIC, quintuple for BF/DF/DIC

Stage Standard type Right handle stage for GX (X/Y stroke: 50 x 50 mm)

Option Flexible right handle stage, left short handle stage (each X/Y stroke: 50 x 50 mm), Gliding stage

Stage insert plate A set of teardrop and long hole types

Image recording Digital camera, video camera OLYMPUS DP series etc, attachable using appropriate adapters

Combined weight Approx. 39 kg (BF, DF and DIC observations, combined with DP73) Approx. 28 kg (BF, DF and DIC observations, combined with DP21)

Input rating 100120/220240 V 1.8/0.8 A 50/60 Hz

objective lens specifications

W.D.Cover Glass

Resolution*2Objective lenses Magnifications N.A. Thickness*1(mm)(mm)

(m)

5x 0.10 20.0 3.3610x 0.25 10.6 1.34

MPLN*7*8 20x 0.40 1.3 0 0.8450x 0.75 0.38 0 0.45

100x 0.90 0.21 0 0.37

5x 0.10 12.0 3.3610x 0.25 6.5 1.34

MPLN-BD*4*7*8 20x 0.40 1.3 0 0.8450x 0.75 0.38 0 0.45

100x 0.90 0.21 0 0.37

20x 0.45 8.37.4 01.2 0.75LCPLFLN-LCD 50x 0.70 3.02.2 01.2 0.48

100x 0.85 1.20.9 00.7 0.39

W.D.Cover Glass

Resolution*2Objective lenses Magnifications N.A. Thickness*1(mm)(mm)

(m)

50x 0.95 0.35 0 0.35MPLAPON 100x 0.95 0.35 0 0.35

MPLAPON 100xOil*3 1.4 0.1 0 0.24

1.25x*4*5 0.04 3.5 8.392.5x*5 0.08 10.7 4.19

5x 0.15 20.0 2.24

MPLFLN10x 0.30 11.0 1.1220x 0.45 3.1 0 0.7540x*6 0.75 0.63 0 0.4550x 0.80 1.0 0 0.42

100x 0.90 1.0 0 0.37

5x 0.15 12.0 2.2410x 0.30 6.5 1.12

MPLFLN-BD*720x 0.45 3.0 0 0.7550x 0.80 1.0 0 0.42

100x 0.90 1.0 0 0.37 150x 0.90 1.0 0.37

5x 0.15 12.0 2.2410x 0.25 6.5 1.34

MPLFLN-BDP*7 20x 0.40 3.0 0 0.8450x 0.75 1.0 0 0.45

100x 0.90 1.0 0 0.37

5x 0.13 22.5 2.5810x 0.25 21.0 1.34

LMPLFLN 20x 0.40 12.0 0 0.8450x 0.50 10.6 0 0.67

100x 0.80 3.4 0 0.42

5x 0.13 15.0 2.5810x 0.25 10.0 1.34

LMPLFLN-BD*7 20x 0.40 12.0 0 0.8450x 0.50 10.6 0 0.67

100x 0.80 3.3 0 0.42

*1 : Applicable to the view of specimens with/without a cover glass0 : Applicable to the view of specimens without a cover glass.

*2 Resolution values are calculated with the aperture diaphragm fully opened.

*3 Specified oil: IMMOIL-F30CC.

*4 Field numbers are limited (up to F.N.22). Not compatible with F.N.26.5.

*5 Analyzer and polarizer are recommended to the usage with MPLFLN1.25x or 2.5x.

*6 The MPLFLN40x objective lens is not compatible with the differential interference contrastmicroscopy.

*7 "BD" refers to brightfield and darkfield objective lenses

*8 Slight vignetting may occur in the periphery of the field when MPLN-BD series objective lenses areused with high-intensity light sources such as mercury and xenon for darkfield observation.

15

SYSTEM DIAGRAM

GX-SPU*1Side port intermediate tube

U-DA*5Drawing attachment

GX51FGX51 microscope stand

GX71F*1GX71 microscope stand

GX-RTUA*11Motorized mirrorunit turret

U-TR30H-2Trinocular tube

U-CAMagnificationchanger 1x, 1,25x, 1.6x, 2x

IX-ATUIntermediate tube

U-EPA2Eyepoint adjuster

U-BI90Binocular tube 90

U-TBI90Tilting binoculartube

U-BI90CTBinocular tube 90CT

WHN10xWHN10x-HEyepiece

U-MDF3U-MDIC3U-MBFL3U-MWGS3U-MWBS3U-MWUS3Mirror units

*1 Please consult your nearest Olympus dealer for cameras compatible with the GX71F side port and GX-SPU. *2 Using the camera with an image sensor less than 1/2 inch in size. Even in this case, illumination near the perimeter of the field of view may slightly insufficient. *3 Using the camera with an image sensor less than 2/3 inch in size. *4 Using the camera with an image sensor less than 1 inch in size. *5 Macro observation image sizes are fractionally smaller than the SWH10x-H field of view (F.N.26.5). *6 U-DICRH should be used exclusively with MPLFLN series objective lenses and U-DICRHC should be used exclusively with LMPLFLN series objective lenses. *7 IX2-UCB-2 power supply unit is required for U-D6REM and U-D5BDREM.

GX-SLMScale slider

CK40M-MSStage mirror

GX51-SLMG5Scale glass 5xGX51-SLMG10Scale glass 10xGX51-SLMG20Scale glass 20xGX51-SLMG50Scale glass 50x

GX51-SLMG100Scale glass 100xGX51-SLMGSGrain size reticuleGX51-SLMGHGrid pattern scale glassGX-SLMGParfocal glass

VIDEO SYSTEM,DIGITAL CAMERA

VIDEO ADAPTER

U-TV0.35xC-2*2C mount video port with 0.35x lens

U-TV0.5xC-3*3C mount video port with 0.5x lens

U-TV0.63xCC mount video port with 0.63x lens

U-TV1x-2*4Video port with 1x lens

SWH10x-HEyepiece

U-SWBI30Super widefield binocular tube

U-DAL10xDrawing attachment 10x

U-SWTR-3Super widefield trinocular tube

GX-CCVUV shield

DIGITAL CAMERA

U-FMTF mount adapter

U-CMTC mount adapter

IX-TVADPrimary imagecamera port tube

GX-TV0.5xC*3C-mount video port with 0.5x lens

GX-TV0.7xC*3C-mount video port with 0.7x lens

DIGITAL CAMERA

U-ECAMagnificationchanger 2x

16

U-LH100-3100W halogen lamp housing

LIFE TIME

BURNER ON

U-RX-T

LIFE TIME

BURNER ON

U-RFL-T

GX-SLMScale slider

U-FWR*11Motorized reflected filter wheel

U-LH100-3100W halogen lamp housing

U-DULHADual lamp housingattachment

U-RMTExtension cord

TH4*10External light source

U-LH75XEAPO*975W xenon apolamp housing

U-RFL-TPower supply unit for mercury lamp

U-RX-TPower supply unit for xenon lamp

U-LH100HG*9100W mercurylamp housingU-LH100HGAPO*9100W mercury apolamp housing

GX-POPolarizer slider for reflected light

GX-POTPPolarizer slider for reflected light

GX-ANAnalyzer for reflected light

GX-AN360Rotatable analyzer

*8 Objective lenses may touch the stage when revolving the U-D6BDRE, U-P5BDRE incorrectly. *9 25L42 filter is required for polarized light and Nomarski DIC observation using high intensity lamps such as U-LH100HG. *10 TH4 is only necessary when transmitted and reflected light illuminations are used simultaneously. *11 IX2-UCB and U-HSTR2 are required for U-FWR and GX-RTUA. *12 Connectin with DP21 or DP26 microscope digital camera required.*13 When rotating the revolving nosepiece, objective lenses may touch the stage insert plate depending on the stage position.

GX-SVRRight handle stage for GX

CK40-CPG30Stage insert plate

IX-CP50 Insert plate

GX-CPStage insert plate(incorporated)*13

Circular stage insert plate

Teardrop stage insert plate

GX-SFRFlexible right handle stageIX2-SFRCross stage withFlexible right handle

IX-SVL-2Flexible left handle stage,short

UIS2 objective lenses U-DICRDIC slider for reflected light

U-DICRH*6DIC slider for reflected light (high resolution type)

U-DICRHC*6DIC slider for reflected light(high contrast type)

PMG3-LWCDLong working distance condenser

IX2-GSGliding stage

U-POTPolarizer

U-D6REM*7Motorized sextuplerevolving nosepiece with slider slot for DIC

U-D5BDRES-ESDCoded quintuple revolving nosepiece for BF/DF with slider slot for DIC

U-5BDREQuintuple revolving nosepiece for BD/DF

U-5RES-ESDCoded quintuple revolvingnosepiece

U-D5BDREM*7Motorized quintuple revolving nosepiece for BF/DF with slider slot for DIC

U-D5BDREQuintuple revolving nosepiece for BF/DF with slider slot for DIC

U-D6RESextuple revolving nosepiecewith slider slot for DIC

U-D6BDRE*8sextuple revolving nosepiece for BF/DF with slider slot for DIC

U-P5BDRE*8Centerable revolving nosepiece

U-P4RECenterable revolving nosepiece

GX-FSLFilter slider

U-LH100L-3100W halogen lamp housing

25ND625ND25ND filter

IX2-ILL100100W transmitted light illumination pillar LH

25FR25LBD25IF550Filter

GX71-SLMG100Scale glass 100xGX71-SLMGSGrain size reticuleGX71-SLMGHGrid pattern scale glassGX-SLMGParfocal glass

U-CBSControl box forcoded fuction

DP21-SAL*12DP21 standalone system

PC (Software)

GX71-SLMG5Scale glass 5xGX71-SLMG10Scale glass 10xGX71-SLMG20Scale glass 20xGX71-SLMG50Scale glass 50x

M1699E-052013

OLYMPUS CORPORATION is ISO9001/ISO14001 certified. Illumination devices for microscope have suggested lifetimes. Periodic inspections are required. Please visit our web site for details. All company and product names are registered trademarks and/or trademarks of their respective owners. Images on the PC monitors are simulated. Specifications and appearances are subject to change without any notice or obligation on the part of the manufacturer.

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Shinjuku Monolith, 3-1, Nishi Shinjuku 2-chome, Shinjuku-ku, Tokyo, Japan Olympus-Tower, 114-9 Samseong-Dong, Gangnam-Gu, Seoul, Korea

491B River Valley Road, #12-01/04 Valley Point Office Tower, Singapore

31 Gilby Road, Mt. Waverly, VIC 3149, Melbourne, Australia

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