J.H.JIN의 모든 글

Fluorescence, Fluorochrome

AlexaFluor 594

Spectrum Chart

Excitation (㎚) Emission (㎚)
590 617

Recommended Filter set

  • 일반 형광 Lighting source

Filter Model No. Excitation filter (㎚) Dichroic mirror (㎚) Emission filter (㎚) Remarks
JNO-R1(B) 560/40
(540~580)		 600 (LP) 635/60
(605~665)		 Wide Excitation band,
Bandpass Emission
49008 560/40
(540~580)		 600 (LP) 630/75
(592.5~667.5)		 Wide Excitation band,
Bandpass Emission
49306 580/25
(567.5~592.5)		 600 (LP) 625/30
(610~640)		 Narrow Excitation band,
Bandpass Emission

  • 레이저 Lighting source 

Filter Model No. Excitation filter (㎚) Dichroic mirror (㎚) Emission filter (㎚) Remarks
49911 594/10
(589~599)		 594 (LP) 645/75
(607.5~682.5)		 Narrow Excitation band,
Bandpass Emission

Information

Alexa Fluor 594 dye is a bright, red-fluorescent dye that can be excited using the 561 ㎚ or 594 ㎚ laser lines. For stable signal generation in imaging and flow cytometry, Alexa Fluor 594 dye is pH-insensitive over a wide molar range.

Alexa Fluor® 594 염료는 561  또는 594 ㎚ 레이저 라인을 사용하여 여기 될 수있는 밝은 적색 형광 염료입니다. 이미징 및 유동 세포 계측법에서 안정적인 신호 생성을 위해 Alexa Fluor® 594 염료는 넓은 molar 농도 범위에서 pH에 둔감합니다.
Fluorescence, Fluorochrome

TRITC

Spectrum Chart

Excitation (㎚) Emission (㎚)
555 580

Recommended Filter set

  • 일반 형광 Lighting source 사용시

Filter Model No. Excitation filter (㎚) Dichroic mirror (㎚) Emission filter (㎚) Remarks
JNO-G(B) 540/25
(527.5~552.5)		 565 (LP) 605/55
(577.5~632.5)		 Narrow Excitation band,
Bandpass Emission
49004 545/25
(532.5~557.5)		 565 (LP) 605/70
570~640)		 Narrow Excitation band,
Bandpass Emission
49305 546/22
(535~557)		 565 (LP) 590/33
(573.5~606.5)		 Narrow Excitation band,
Bandpass Emission

  • 레이저 Lighting source 사용시

Filter Model No. Excitation filter (㎚) Dichroic mirror (㎚) Emission filter (㎚) Remarks
49908 532/10
(527~537)		 532 (LP) 590/50
(565~615)		 For use with laser between 529~535㎚

Very Narrow Excitation band,
Bandpass Emission
49909 561/10
(556~566)		 561 (LP) 600/50
(575~625)		 For use with laser between 557~563㎚

Narrow Excitation band,
Bandpass Emission

Information

Tetramethylrhodamine (TRITC) is a bright orange-fluorescent dye with excitation ideally suited to the 532 ㎚ laser line. It is commonly conjugated to antibodies and proteins for cellular imaging applications.

Tramethylrhodamine (TRITC)은 532 ㎚ 레이저 라인에 이상적으로 적합한 여기가있는 밝은 주황색 형광 염료로서 일반적으로 세포 이미징 응용을위한 항체와 단백질에 접합됩니다.

Fluorescence, Fluorochrome

FITC

Spectrum Chart

Excitation (㎚) Emission (㎚)
490 525

Recommended Filter

  • 일반 형광 Lighting source 사용시

Filter Model No. Excitation filter (㎚) Dichroic mirror (㎚) Emission filter (㎚) Remarks
JNO-B(B) 480/30
(465~495)		 505 (LP) 535/40
(515~555)		 Medium Excitation band,
Bandpass Emission
49002 470/40
(450~490)		 495 (LP) 525/50
(500~550)		 Wide Excitation band,
Bandpass Emission
49011 480/40
(460~500)		 510 (LP) 535/50
(510~560)		 Wide Excitation band,
Bandpass Emission

  • 레이저 Lighting source 사용시

Filter Model No. Excitation filter (㎚) Dichroic mirror (㎚) Emission filter (㎚) Remarks
49904 488/10
(483~493)		 488 (LP) 525/50
(500~550)		 For use with laser between 485~491㎚

Very Narrow Excitation band,
Bandpass Emission

Information

Fluorescein isothiocyanate (FITC) is a derivative of fluorescein used in wide-ranging applications including flow cytometry. FITC is the original fluoresce in molecule functionalized with an isothiocyanate reactive group (-N=C=S), replacing a hydrogen atom on the bottom ring of the structure. This derivative is reactive towards nucleophiles including amine and sulfhydryl groups on proteins.

A succinimidyl-ester functional group attached to the fluorescein core, creating “NHS-fluorescein”, forms another common amine reactive derivative that has much greater specificity toward primary amines in the presence of other nucleophiles.

FITC has excitation and emission spectrum peak wavelengths of approximately 495 ㎚ /519 ㎚. Like most fluorochromes, it is prone to photobleaching. Because of the problem with photobleaching, derivatives of fluorescein such as Alexa 488 and DyLight 488 have been tailored for various chemical and biological applications where greater photostability, higher fluorescence intensity, or different attachment groups are needed.

Fluorescein isothiocyanate (FITC)는 유동 세포 계측법을 포함한 광범위한 응용 분야에서 사용되는 fluorescein의 유도체입니다. FITC는 이소 티오 시아 네이트 반응기 (-N = C = S)로 관능화된 원래의 플루오 레세 인 분자로 구조의 바닥 링상의 수소 원자를 대체합니다. 이 유도체는 단백질상의 아민 및 설프 하이 드릴 그룹을 포함하는 친핵체에 대한 반응성입니다.

“NHS- 플루 오레 신”을 생성하는 플루오 레세인 코어에 부착된 숙신 이미 딜 – 에스테르 작용기는 다른 친핵체 존재하에서 제 1 급 아민에 대해 훨씬 더 큰 특이성을 갖는 또 다른 통상적 인 아민 반응성 유도체를 형성합니다.

FITC는 약 495 ㎚ / 519 ㎚ 의 여기 및 방출 스펙트럼 피크 파장을 갖습니다. 대부분의 fluorochromes 처럼, 그것은 photobleaching하는 경향이 있습니다. photobleaching 의 문제로 인해 Alexa 488과 DyLight 488과 같은 fluorescein의 유도체는 광 안정성, 형광 강도 또는 다른 부착 그룹이 필요한 다양한 화학 및 생물학적 응용 분야에 맞춰졌습니다.

If you need more information for recommended filter sets, please click the model No. If you can’t click it, please contact us.

Fluorescence, Fluorochrome

DAPI

Spectrum Chart

DAPI Spectrum
Excitation (㎚)Emission (㎚)
359461

Recommended Filter set

  • 일반 형광 Lighting source
Filter Model No.Excitation filter (㎚)Dichroic mirror (㎚)Emission filter (㎚)Remarks
JNO-U(B)375/28
(361-389)		415 (LP)460/50
(435-485)		Narrow Excitation band,
Bandpass Emission
49000350/50
(325-375)		400 (LP)460/50
(435-485)		Wide Excitation band,
Bandpass Emission
49028395/25
(382.5-407.5)		425 (LP)460/50
(435-485)		For 395㎚ light sources Narrow Excitation band,
Bandpass Emission
  • 레이저 Lighting source -> 문의 주시기 바랍니다.

Information

DAPI (4′,6-diamidino-2-phenylindole) is a fluorescent stain that binds strongly to A-T rich regions in DNA. It is used extensively in fluorescence microscopy. As DAPI can pass through an intact cell membrane, it can be used to stain both live and fixed cells, though it passes through the membrane less efficiently in live cells and therefore the effectiveness of the stain is lower.

DAPI (4 ‘, 6-diamidino-2-phenylindole)는 DNA의 A-T가 풍부한 부위에 강하게 결합하는 형광 염료입니다. 그것은 형광 현미경에서 광범위하게 사용됩니다. DAPI는 손상되지 않은 세포막을 통과 할 수 있기 때문에 살아있는 세포에서 덜 효율적으로 막을 통과하기 때문에 살아있는 세포와 고정 된 세포를 모두 염색하는 데 사용할 수 있으므로 얼룩 효과는 낮습니다.

 
 
 
 
 
 
Microscope, OLYMPUS

Stocks for sale

Stock for Sales

If you are interested in stock we have, please feel free to contact us.

E-mail : jhjin@jnoptic.com / Tel :  82-2-3473-4188

STM6 X-Y data cable

STM6XY data cable
STM6 XY DATA cable
Model No : DW513100
Dsc. : STM6 XY Data cable
Maker : Olympus
Grade : A

26OCM10/100

Model No. : 26OCM10/100
Desc. : Eyepiece micrometer 10mm/100
Maker : OLYMPUS
Grade : C

30.5S-G533

Model No. : 30.5S-G533
Desc. : Green filter
Maker : OLYMPUS
Grade : B

A 40 PL

Model No. : A 40 PL
Desc. : 40x lens
Maker : OLYMPUS
Grade : B

AA1276 (SOLD OUT)

Model No. : AA1276
Desc. : Metal slide plate
Maker : OLYMPUS
Grade : A

ADOBE PHOTOSHOP ELEMENTS 2.0

Model No. : Adobe Photoshop Elements 2.0
Desc. : S/W
Maker : Adobe
Grade : B

AL-1824

Model No. : AL-1824
Desc. : Arc Lamp
Maker : WelchAllyn
Grade : B

U-TV0.5X (SOLD OUT)

Model No. : U-TV0.5X
Desc. : Video adapter
Maker : OLYMPUS
Grade : C

DP70-IFAD

Model No. : DP70-IFAD
Desc. : Adapter
Maker : OLYMPUS
Grade : B

FLM6

Model No. : FLM6 66 94 1000
Desc. : –
Maker : OTK
Grade : B

FV5-COL

Model No. : FV5-COL
Desc. : –
Maker : OLYMPUS
Grade : D

FV5-FUR

Model No. : FV5-FUR
Desc. : –
Maker : OLYMPUS
Grade : D

IX-DP10

Model No. : IX-DP10
Desc. : DIC prism insert for 10X (30mm dia.)
Maker : OLYMPUS
Grade : A

IX-DP40

Model No. : IX-DP40
Desc. : DIC prism insert for 40X (38mm dia.)
Maker : OLYMPUS
Grade : A

IX-DPA20

Model No. : IX-DP40
Desc. : DIC prism for UPAPO20X
Maker : OLYMPUS
Grade : A

IX2-ARCEVA

Model No. : IX2-ARCEVA
Desc. : Applicable objective PLAPON60XOTIRFM, ring slit and wedge-shaped prism with a slide mechanism, ring slit with center-adjustment function, pupil projection area: over N.A. 1.39
Maker : OLYMPUS
Grade : B

IX2-DIC10

Model No. : IX2-DIC10
Desc. : DIC prism insert for 10X objectives
Maker : OLYMPUS
Grade : A

IX2-DIC40

Model No. : IX2-DIC40
Desc. : DIC prism insert for 40X objectives
Maker : OLYMPUS
Grade : C

IX2-DIC60

Model No. : IX2-DIC60
Desc. : DIC prism insert for 60X objectives
Maker : OLYMPUS
Grade : C

IX2-RFAL (SOLD OUT)

Model No. : IX2-RFAL
Desc. : L-shape fluorescence illuminator
Maker : OLYMPUS
Grade : C

IX2-SHA-1-5

Model No. : IX2-SHA-1-5
Desc. : Motorized shutter unit
Maker : OLYMPUS
Grade : A

IX-SCL

Model No. : IX-SCL
Desc. : Slide clip
Maker : OLYMPUS
Grade : B

IX-SUSP

Model No. : IX-SUSP
Desc. : Stainless stage plate
Maker : OLYMPUS
Grade : C

LG-DI

Model No. : LG-DI
Desc. : Light guide
Maker : OLYMPUS
Grade : D

LN22-P-13N1B

Model No. : LN22-P-13N1B
Desc. : –
Maker : CANNON
Grade : B

MM6-RHS250-2 (SOLD OUT)

Model No. : MM6-RHS250-2
Desc. : –
Maker : OLYMPUS
Grade : B

PCDA40XPL-6

Model No. : PCDA40XPL-6
Desc. : D achromat phase contrast objective 40X
Maker : OLYMPUS
Grade : B

PL20

Model No. : PL20
Desc. : Plan Achromat objective 20X/0.40, W.D. 1.2 (spring)
Maker : OLYMPUS
Grade : C

QUICKCAM FAST

Model No. : QUICKCAM FAST
Desc. : CAMERA
Maker : Q-IMAGING
Grade : B

RX-XYST

Model No. : RX-XYST
Desc. : –
Maker : –
Grade : –

SZ2-LGSI

Model No. : SZ2-LGSI
Desc. : Single interlock light guide for SZ2-LGB
Maker : OLYMPUS
Grade : B

SZH-CLJ

Model No. : SZH-CLJ
Desc. : Spring-clipped specimen holder
Maker : OLYMPUS
Grade : C

SZX-APT (SOLD OUT)

Model No. : SZX-APT
Desc. : Arrow pointer
Maker : OLYMPUS
Grade : C

SZX-AS (SOLD OUT)

Desc. : Aperture diaphragm unit
Maker : OLYMPUS
Grade : C

SZX-STAD1 (SOLD OUT)

Model No. : SZX-STAD1
Desc. : Stage adapter
Maker : OLYMPUS
Grade : C

SZX-STL (SOLD OUT)

Model No. : SZX-STL
Desc. : Large microscope stand consisting
Maker : OLYMPUS
Grade : C

U-ACAD4515-1-5

Model No. : U-ACAD4515-1-5
Desc. : U-ACAD : 5V AC Adapter, including cable unit AQ5620
Maker : OLYMPUS
Grade : A

U-APT (Without Power cord)_(SOLD OUT)

Model No. : U-APT
Desc. : Arrow pointer (110V)
Maker : OLYMPUS
Grade : B

U-DO3 (SOLD OUT)

Model No. : U-DO3
Desc. : Dual viewing observation attachment
Maker : OLYMPUS
Grade : C

U-HSTR2

Model No. : U-HSTR2
Desc. : Key pad, including indication pane1-1 AD6954, Indication pane1-2 AD6957, indication pane1-3 Ad6958 and indication stickers AD6956
Maker : OLYMPUS
Grade : AAA

U-OSM

Model No. : U-OSM
Desc. : Micrometer
Maker : OLYMPUS
Grade : C

WI-FSH

Model No. : WI-FSH
Desc. : Fixed stage adapter
Maker : OLYMPUS
Grade : B

XL-CAP

Model No. : XL-CAP
Desc. : Water immersion lens for XL objective
Maker : OLYMPUS
Grade : B

PLAPO60XWLSM (SOLD OUT)

Model No. : PLAPO60XWLSM
Desc. : Plan apochromat water immersionobjective 60X/1.0, WD 0.15 (spring)
Maker : OLYMPUS
Grade : A

LMPLFL100X 

Model No. : LMPLFL100X
Desc. : Long working distance M Plan Semi Apochromat objective 100X/0.80, W.D. 3.4
Maker : OLYMPUS
Grade : A

LCPLAPO50X

Model No. : LCPLAPO50X
Desc. : LCPLAPO50X/0,6 Long working distance CPlan Apochromat objective with 50x magnification. With working distance of 3 mm, numerical aperture of 0.6 and variable cover correction of 0, 0.7 and 1.1 mm
Maker : OLYMPUS
Grade : A
JNOPTIC

Lecturer Profile

Profile of   Jin Jae-Hwan ( Instructor )

CEO of JNOpTIC co., ltd

June 25, 2021

Patent registration:
Observation method and observation device

Simultaneous observation
( Bright Field and Fluorescence microscopy)

Fluorescene Microscopy (형광 현미경 검경법)과
Bright Field Microscopy (명시야 현미경 검경법)의
동시관찰을 위한 관찰 방법 및 관찰 장치

March 09, 2021

Patent registration:
sample fixing device and method of placing sample

Patent applied to section observation microscope
(JNO-FM-BX53-SET)

JNOPTIC Co.,ltd Partent
Sample holding device and method of placing sample
Sample fixing device for observing the cross section of the flexible packaging film and method of placing the sample (Patent)

June 12, 2014

Patent registration:
Method of measuring the height of a sample using a microscope

Certificate of Patent
Patent: Height measurement method of sample by microscope

현미경을 이용한 샘플의 높이측정방법

June 5th ~ June 15th, 2000 ( OLYMPUS Japan in Tokyo)

Basic Knowledge of Microscope and Repair Training Course

September 4, 2003 ( OLYMPUS Japan in Tokyo)

Measuring Microscope Calibration License

Main Model: STM6

License ID Number: M029

2004/11/30
2003 /10/01

September 4, 2003 ( OLYMPUS Japan in Tokyo)

Biological Confocal Microscope Setup & Service Training

Main Model: FluoView300 & FluoView500

October 3, 2003 ( OLYMPUS Japan in Tokyo)

Inverted Microscope  & Research Stereo Microscope Service Training

Main Model: IX71 / SZX9

August 17th ~ August 20th, 2004 ( OLYMPUS Japan in Tokyo)

Confocal Microscope Setup & Service Training

Main Model:  FV1000

October 11 ~ October 13, 2004 ( OLYMPUS Japan in Tokyo)

Confocal Microscope Setup & Service Training

Main Model:  FV1000 M-COMB(Multi Combiner)

June 20, 2005 ~ June 23, 2005 ( OLYMPUS Japan in Tokyo)

Research System Microscope Service Training

 Main Model: AX70

August 1st-August 2nd, 2005 ( OLYMPUS Japan in Tokyo)

Polarizing Microscope Instruction Training

Main Model: BX51P

December 19, 2005 ( OLYMPUS Japan in Tokyo)

ZDC Training for Maintenance &  Basic Knowledge of Confocal Microscope

December 20 ~ 22, 2005 ( OLYMPUS Japan in Tokyo)

Brushup Course to bring out the power of a microscope (GA Academy)

August 2nd ~ August 4th, 2006 ( OLYMPUS Japan in Tokyo)

Confocal Laser Scanning Microscope for Industrial Market

D class License(for ols3000)

Main Model:  OLS 3000(Lext)

October 11 ~ October 15, 2006 ( OLYMPUS Japan in Tokyo)

Confocal Laser Scanning Microscope Training for Bio Maket

Maintenance Service Training

Main Mode :  M-COMB(Multi Combiner for FV1000)

December 9, 2006

IX Repair training

May 07 ~ May 11, 2007 ( OLYMPUS Japan in Tokyo)

Modify Training for Zero-Drift Compensation Unit of IX81

IX2-Cusominsing Training (Optic Port Modify)

Main Model: IX71 & IX81-ZDC

September 3rd ~ September 08th, 2007 ( OLYMPUS Japan in Tokyo)

Leicense D class Trainging

Main Model: OLYMPUS Bio Confocal Microscope  FV1000

April 08 ~ April 10, 2008 ( OLYMPUS Japan in INA_Nagano )

IV100 Setup Training

(in vivo fluorescence molecular imaging systems)

July 22 ~ July 23, 2008  ( Narishige Group in Tokyo,  Japan )

 Narishige Maintenance Training

July 24th ~ July 28th, 2008 ( OLYMPUS Japan in Tokyo)

Research Inverted Microscope  maintenance Training

Main Model: IX81

May 18 ~ May 22, 2009 ( OLYMPUS Japan in Tokyo)

OLYMPUS Bio Confocal Microscope  License Training

 License Grade: FV1000 C class

June 23 ~ June 26, 2009 ( OLYMPUS Japan in Tokyo)

Confocal  Laser Scanning  Microscope  License Training

License Grade: FV10i  C class

October 19 ~ October 23, 2009 ( OLYMPUS Japan in Tokyo )

Multi Photon Laser Scanning MICROSCOPE Setup Training

Main Model: MPE C class

August 3rd ~ August 8th, 2010 ( OLYMPUS Japan in Tokyo )

Modify Training for Zero-Drift Compensation Unit of IX81

Main Model: IX81-ZDC2

JNOPTIC

JNO-DPTS

JNO-DPTS (Down load Catalog JNO-DPTS)

The Unit to observe fluorescence image and IR DIC image at the same time with Multi-Dual Port tube of BX51-WI
(Made by JNOpTIC co.,ltd )

JNOPTIC Multi-Dual Port System
  1. Simultaneously Observation

2-1. One Way((IR-DIC 775nm)

2-2. One Way((Visible Spectrum)

Simultaneously observation
– CA3 pyramidal neuron, IR-DIC & Alexa Fluor 488 (50 uM)

20160323_1(FullF6)_2 for wp

20160323_1(1) for wp
CA3 pyramidal neuron Alexa Fluor 488, IR-DIC (Simultaneous observations)
Figure courtesy by Dr. Sooyun Kim, Seoul National University
20151209_2_stim1(CA3 pyramidal neuron) for wp
CA3 pyramidal neuron AcquCAM 23S & JNO-RNB filter with BX51WI
(Download Catalog AcquCAM 23S)
20151209_2(CA3 pyramidal neuron) for wp
CA3 pyramidal neuron AcquCAM 23S & JNO-RNB filter with BX51WI
(Download Catalog AcquCAM 23S)

Image Analysis, JNOPTIC

JNO-ARM

Advance Realtime Monitor. Easy-to-Use, Image Enhancement, etc

1. Information

ARM is image analysis software for JNOPTIC AcquCAM cameras. This S/W is interchangeable with all WDM cameras regardless of camera brand and model and even more the most strength point is simple and easy use of length, area, angle, etc.ARM01

2. Simple measurement tools

toolbar

  • Measurement Tools: Count, Distance, Angle, Area, etc.
  • Guide Lines: Cross Line, Rectangular Lattice, Circular Grid
  • Scale Panel on Live/Image Screen
  • Available measurement on LIVE image and saved image mode

3-1. Specialization for observation of fluorescence images

Improvement Function about Fluorescence Microscopy Image. (Used function: Auto Level, Low level, Pseudo Color, Merge Image)
ARM02
 Bottom on the left is merged image without improvement of image. And the bottom on the right is merged image after improvement of image. These images are shot by JNOPTIC AcquCAM Pro/G3 camera

3-2-1 Effect of high-contrast image with simple operation (Monochrome)

Improvement Function about Microscopy Image Monochrome. (Used function: Auto Level)arm04Effective improvement of image with simple operation. This image is shot by JNOPTIC Pro/S3 camera

3-2-2 Effect of high-contrast image with simple operation (Color)

Improvement Function about Microscopy Image. (Used function: Auto Level)arm05Effective improvement of image with simple operation. These images are shot by JNOPTIC AcquCAM Pro/G3 camera

3-3-1 Live Pseudo Color (for color camera)

When you get fluorescence images using color camera, if the unwanted channel was shown because of cross talk, you could remove this channel to take advantage of function of Live Pseudo.
Improvement Function about Fluorescence Microscopy Live Camera Image. (Used function: Live Pseudo Color)
arm06
 The extraction of wanted color information from color image (Remove BR on RGB source) These images are shot by JNOPTIC AcquCAM Pro/G3 camera

3-3-2 Live Pseudo Color (for Monochrome camera)

When you get fluorescence images using monochrome camera, you can raise efficiency of acquisition for fluorescence images to add similar false color to the color to be shown on the eyepiece in real time.
Improvement Function about Fluorescence Microscopy Live Monochrome Camera Image. (Used function: Live Pseudo Color)
arm08
 Improvement of usage environment for monochrome camera to add false color on the image. These images are shot by JNOPTIC AcquCAM Pro/S3 camera

4. JNO-MHU(Option Unit)

Available measuring height with additional unit, JNO-MHU
※ JNO-MHU is sold separately as optional unit.
jno-mhu1
  jno-mhu2
 Left: Focus on top of sample (Z-axis reset), Right: Focus on bottom of sample (Z-axis height measurement)
jno-mhu3
 < Measuring condition : over 20x objective, temp 20°C >
Responding Model Measurement value unit Measurable height Error of measuring 1000㎛ Recommended measuring height
CX 41 0.2 ㎛ -9.9 ~ 29.9㎜ Below ±20㎛ Below ± 2000㎛
CKX 41 0.2 ㎛ -9.9 ~ 29.9㎜ Below ±20㎛ Below ± 2000㎛
BX – FM 0.2 ㎛ -9.9 ~ 29.9㎜ Below ±20㎛ Below ± 2000㎛
BX 51/53 0.1 ㎛ -9.9 ~ 29.9㎜ Below ±10㎛ Below ± 1000㎛
MX 51 0.1 ㎛ -9.9 ~ 29.9㎜ Below ±10㎛ Below ± 1000㎛
MX 61L/61 0.1 ㎛ -9.9 ~ 29.9㎜ Below ±10㎛ Below ± 1000㎛

5. Reporting to Excel

excel

 

 

Image Analysis

OpTIC Eye (Material)

JNOPTIC Image Analysis Software OpTIC Eye Series

Catalog_OpTIC Eye

  1. OpTIC Eye (Material)

기본측정+오토카운팅(입도분석용)+금속조직분석용
– 형상측정(상분율측정)
: 두가지 이상의 색상을 추출하여 면적율 계산
– 그레인사이즈(Grain Size Analysis)
: ASTM E 1382에 의한 금속표면의 결정립도 산출
: 교차점 / 면적 / 수동면적 추출방식
– 구상화율 분석(Nodular-graphite analysis)
: ASTM, ISO, JIS 규격에 따라 분석이 가능
– 비금속 개재물(Non-Metallic Inclusion)
: 산화물, 규산물, 황화물, 내화물, 광재등 추출

 

영상분석에 의한 구상화율 측정 (nodular-graphite analysis)

주철분석 소프트웨어 모듈로 ASTM, JIS, KS 규격에 따라 구상흑연주철의 구상흑연에 대하여 현미경영상분석을 통해 구상화율을 측정하고 결과를 표시합니다.

20
구상화율 측정 모듈의 사용자 인터페이스

 

영상분석에 의한 결정도립 측정 (rain Size Analysis)

 

  • ASTM에 의거, 금속표면의 Grainsize(결정립크기) 및 ASTM Grain Size Number(결정립도)를 산출합니다.
  • ASTM 결정립도를산출하기 위하여 교차추출 및 면적추출방식중 택일하여 간단히 측정할 수 있습니다.

22
교차추출(Intercept)방식의 측정

23
면적추출(Planimetric)방식의 측정