카테고리 보관물: JNOPTIC

260529, JNOPTIC

JNO-CKX53M

금속 미세조직 관찰용 광학현미경

Compact Inverted Microscope
For Department of Materials Science and Engineering

신소재공학과 전용 광학현미경

Inverted Microscope JNO-CKX53M
JNO-CKX53M
For Department of Materials Science and Engineering
Inverted Microscope : JNO-CKX53M
JNO-X53M
Reflected illuminator module
Inverted Microscope : JNO-CKX53M Bright Field & Simple Polarizing Microscopy
JNO-x53M
Expansion module for reflective illumination observation

JNO-x53M

저렴한 비용 투자로 투과조명용 생물현미경을 반사조명용 금속현미경으로 Upgrade 하게 해주는 모듈(Unit)입니다.

사용할 수 있는 관찰법은 BrightField 관찰법과, Simple Polarizing 관찰법을 사용할 수 있습니다.

Microscopy by JNO-CKX53M
( 현미경 관찰법 )

Bright Field Microscopy

경계가 명확하고, 명암이 분명한 샘플의 관찰에 사용되어지는 가장 기본적인 관찰법입니다.

분석을 위한 이미지 개선을 위해서는 샘플이 반응하는 빛의 파장대를 고려해 볼수 있습니다. 효과적인 파장대를 파악할 수 있다면, 경계에 대한 강조가 용이하게 되어 분석의 정확도도를 올릴 수 있습니다.

관찰현미경 : JNO-CKX53M Objectives : 5X
Inverted Microscope : JNO-CKX53M
Simple Polarizing Microscopy
Camera : AcquCAM 3G
Objectives : 5X
관찰현미경 : JNO-CKX53M Objectives : 10X
Inverted Microscope : JNO-CKX53M
Simple Polarizing Microscopy
Camera : AcquCAM 3G
Objectives : 10X
관찰현미경 : JNO-CKX53M Objectives : 20X
Inverted Microscope : JNO-CKX53M
Simple Polarizing Microscopy
Camera : AcquCAM 3G
Objectives : 20X
관찰현미경 : JNO-CKX53M Objectives : 50X
Inverted Microscope : JNO-CKX53M
Simple Polarizing Microscopy
Camera : AcquCAM 3G
Objectives : 50X
Simple Polarizing Microscopy

간이 편광 관찰법은 샘플(시료)의 편광특성이 다른 재질들이 섞여 있는 시료의 구분을 위하여 사용되어지는 검경법입니다. 흔히 사용되어지는 상용 합금은 편광특성이 구별이 되지 않는 경우가 많긴 하지만, 다양한 소재의 관찰을 하는 경우에는 단순한 조작으로 큰 효과를 얻을 수 있는 관찰법입니다.

Inverted Microscope : JNO-CKX53M Simple Polarizing Microscopy
Inverted Microscope : JNO-CKX53M
Simple Polarizing Microscopy
Camera : AcquCAM 3G
Inverted Microscope : JNO-CKX53M Simple Polarizing Microscopy
Inverted Microscope : JNO-CKX53M
Simple Polarizing Microscopy
Camera : AcquCAM 3G
Inverted Microscope : JNO-CKX53M Simple Polarizing Microscopy
Inverted Microscope : JNO-CKX53M
Simple Polarizing Microscopy
Inverted Microscope : JNO-CKX53M Simple Polarizing Microscopy
Inverted Microscope : JNO-CKX53M
Simple Polarizing Microscopy
E-micro, JNOPTIC

JNO-MHU

JNO-MHU(Height Measuring Unit)

JNO-MHU is equipment to measure the height of sample, equipped with Z-axis stage handle. It could be equipped easily with new purchasing or existing microscope

JNO-MHU with BX51 (Option)Height Measuring Unit
JNO-MHU with BX51 (Option)Height Measuring Unit

<  Consist of  >

JNO-MHU with BX51
JNO-MHU with BX51
JNO-MHU Sensor
JNO-MHU Sensor
JNO-MHU DISPLAY
JNO-MHU DISPLAY ( 최소단위 0.1 또는 0.2㎛ )
JNO-MHU
JNO-MHU Reset Button
Responding ModelMeasurement value unitRecommended measuring height
CX 410.2 ㎛Below ± 2000㎛
CKX 410.2 ㎛Below ± 2000㎛
BX – FM0.2 ㎛Below ± 2000㎛
BX 51/530.1 ㎛Below ± 1000㎛
MX 510.1 ㎛Below ± 1000㎛
MX 61L/610.1 ㎛Below ± 1000㎛

How to Measure Height by  JNO-MHU

Left Image : Reset of Z axis(height value reset) Z= 0㎛
Right Image : Measurement of Z axis(height value) Z= 288㎛
JNO-MHU with JNO-ARM_02
JNO-MHU with JNO-ARM Sample Height : 288.0㎛
JNO-MHU with JNO-ARM_03
Sample Height : 296.6㎛ Heigh Measurement for Microscope by JNO-MHU & JNO-ARM
Screen Capture Image ( JNO-ARM )_Discontinued function
JNO-MHU with JNO-ARM
JNO-MHU with JNO-ARM
현미경을 이용한 높이 측정 방법
현미경을 이용한 높이 측정 방법
260529, E-micro, JNOPTIC

JNO-ICG

Indocyanine Green (ICG) 관찰을 위한 실체 현미경

Stereo-microscope for Indocyanine Green

Flurorescence filter cube for JNO-ICG
Flurorescence filter cube for JNO-ICG

Images captured with JNO-ICG

Indocyanine Green (ICG) _ Bright Field Image
Indocyanine Green (ICG)
Bright Field Image
Imaging Device : AcquCAM 23GR2
Indocyanine Green (ICG) _ Fluorescent Image
Indocyanine Green (ICG)
Fluorescent Image
Imaging Device : AcquCAM 23GR2
Indocyanine Green (ICG) _ Bright Field ImageIndocyanine Green (ICG) _ Fluorescent & Bright Field Image
Indocyanine Green (ICG)
Fluorescent & Bright Field Image
Indocyanine Green (ICG) _ Bright Field Image
Imaging Device : AcquCAM 23GR2
Indocyanine Green (ICG) _ Fluorescent Image
Imaging Device : AcquCAM 23GR2
Indocyanine Green (ICG) _ Bright Field ImageIndocyanine Green (ICG) _ Fluorescent & Bright Field Image
Indocyanine Green (ICG)
Fluorescent & Bright Field Image
Indocyanine Green (ICG) _ Fluorescent ImageIndocyanine Green (ICG) _ Bright Field Image
Indocyanine Green (ICG)
Fluorescent & Bright Field Image
Indocyanine Green (ICG) _ Fluorescent Image
Indocyanine Green (ICG) _ Fluorescent Image
Imaging Device : AcquCAM 23GR2
Indocyanine Green (ICG) _ Bright Field Image
Imaging Device : AcquCAM 23GR2
Indocyanine Green (ICG) _ Fluorescent Image
Indocyanine Green (ICG) _ Fluorescent Image
Imaging Device : AcquCAM 23GR2
Indocyanine Green (ICG) _ Bright Field Image
Indocyanine Green (ICG) _ Bright Field Image
Imaging Device : AcquCAM 23GR2
Indocyanine Green (ICG) _ Fluorescent & Bright Field Image
Indocyanine Green (ICG) _ Fluorescent & Bright Field Image
Imaging Device : AcquCAM 23GR2
Merge by JNO-ARM ( Image Merge Software )
Indocyanine Green (ICG) _ Fluorescent Image
Imaging Device : AcquCAM 23GR2
Indocyanine Green (ICG) _ Bright Field Image
Imaging Device : AcquCAM 23GR2
Indocyanine Green (ICG) _ Fluorescent & Bright Field Image
Indocyanine Green (ICG) _ Fluorescent & Bright Field Image
Imaging Device : AcquCAM 23GR2
Merge by JNO-ARM ( Image Merge Software )
  • JNO-ICG에 관련한 문의는 하기의 담당자에게 연락바랍니다.
개발자( 진재환 ) _ 광학현미경 관련 이력
E-mail : jhjin@jnoptic.com 
Mobile : + 82-2-3473-4188~9

E-micro, JNOPTIC

JNO-FM-BX-SET

필름 단면 관찰 현미경 (특허기술)

FILM CROSS SECTION-OBSERVATION

필름 단면 관찰 전용 현미경으로 찍은 샘플 사진 (동일 샘플)
Cross section failure / focus mismatch without JNO-FM-BX-SET
Cross section failure / focus mismatch
Patent application technology applied with JNO-FM-BX-SET
Patent application technology applied with JNO-FM-BX-SET
Cross section failure / focus mismatch without JNO-FM-BX-SET
Cross section failure / focus mismatch
Patent application technology applied with JNO-FM-BX-SET
Patent application technology applied with JNO-FM-BX-SET

– 필름 단면 관찰 영상 –

일반 현미경에서 필름 관찰시 문제점

  • 필름 단면이 고르지 않다.
  • 필름 단면 전체에 초점을 맞추기가 어렵다.
  • 필름이 가늘어서 관찰면을 고정하기가 어렵다.
포장재 필름의 단면 관찰 (특허 기술 )

필름 단면 관찰 전용 현미경의 특징

  • 선명한 필름 단면 샘플을 획득하기 용이함.
  • 필름 단면 전체 영역이 초점 영역과 정합이 용이함.
  • 샘플을 관찰하기 편하게 고정하여 관찰 가능
  • 샘플의 회전이 용이하여  원하는 각도를 쉽게 맞출 수 있음.
  • 샘플의 교환시 초점이 거의 변하지 않아 작업이 편함.
  • 투과 반사 조명 모두에 상기의 장점을 모두 활용 가능함.
Patent: Matching the focus of the observation plane
필름단면의 초점 정합을 위한 장치 및 방법
현미경을 이용한 높이 측정 방법
현미경을 이용한 높이 측정 방법

E-micro, JNOPTIC

JNO-BF&FL

동시 관찰 검경법
– at the same time

Bright Field & Fluorescence Microscopy

명시야 검경법과 형광 검경법의 동시 관찰

본 발명은 현미경 관찰법 중에서 형광 이미징 관찰과 명시야 이미징 관찰을 동시에 수행할 수 있는 관찰 장치 및 관찰 방법을 제공합니다.

Simultaneous observation(Fluorescene & Bright Field microscopy

Explanation of patent technology –
Simultaneous observation of fluorescence microscopy and bright field microscopy
발명자: (주) 제이엔옵틱 진재환
Bright Field Image(Simultaneous observation)
Simultaneous observation of fluorescence microscopy and bright field microscopy
(Image taken with AcquCAM 23GR2)
Fluorescene image(Simultaneous observation)
Simultaneous observation of fluorescence microscopy and bright field microscopy
(Image taken with AcquCAM 23GR2)
Bright Field Image(Simultaneous observation)
Simultaneous observation of fluorescence microscopy and bright field microscopy
(Image taken with AcquCAM 23GR2)
Fluorescene image(Simultaneous observation)
Simultaneous observation of fluorescence microscopy and bright field microscopy
(Image taken with AcquCAM 23GR2)

JNOPTIC

JNO-WICD-02

JNO-WICD-02

Filter Holder for BX50 WI

(OLYMPUS  – 32BP775)

45㎜ holder for 32㎜ filter

 

  •  45㎜ 필터용 위치에 32㎜ 필터를 사용할 수 있도록 만든  홀더
  • 여러개의 필터를 중첩하여 사용 가능함.
  • BX50-WI (Olympus)  광학 유닛 업그레이드시에 JNO-DICD-01과 같이 사용되어 지며,  32BP775 설치시에 필요한 홀더임.
45㎜ holder for 32㎜ filter
Filter holder for transmitted light (OLYMPUS BX)

 

E-micro, JNOPTIC

JNO-DPTS

Multi-Dual Port ( Simultaneously Observation )

Download  Catalog  JNO-DPTS

To observe Fluorescence image  and IR DIC image  at the same time
with Multi-Dual Port tube for BX51-WI
(Made by Jae Hwan JIN )

JNO-DPTS JNOPTIC Multi-Dual Port System
JNO-DPTS JNOPTIC Multi-Dual Port System
  1. Simultaneously Observation
Optical path of JNO-DPTS
Optical path of JNO-DPTS IR-DIC 이미지는 투과 되고, Visivle 이미지 반사되어 각각의 카메라로 전달 된다.

Simultaneously observation

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

1FullF6_2
1FullF6_2
CA3 pyramid neurons taken with JNO-DPTS
CA3 pyramidal neuron Alexa Fluor 488, IR-DIC (Simultaneous observations)
Figure courtesy by Dr. Sooyun Kim, Seoul National University
CA3 pyramid neurons taken with JNO-DPTS
CA3 pyramidal neuron AcquCAM 23S2 & JNO-RNB filter with BX51WI
CA3 pyramid neurons taken with JNO-DPTS
CA3 pyramidal neuron AcquCAM 23S2 & JNO-RNB filter with BX51WI
Frame Rate162 fps, increased through ROI
Sensor1 / 1.2 inch ( 1920×1200, 5.86㎛ x 5.86㎛ )
FILTERJNO-RemN/B (Noisy cut filter)
Manification1x, 1.25x, 1.6x, 2x
E-micro, JNOPTIC

JNO-WI-3

X Y Mover & Bridge Stage

Description
Material  Aluminum
표면 처리  Black –Anodizing
Travel Range (mm)  X    ±12.5     Y    ±12.5
높이 (mm)  170  ~ 220
Tap Hole 규격  M6
Tap Hole 간격 (mm)  X    25    Y    25

JNO-WI-3 (s)

X Y Mover & Bridge Stage (Short column)

JNO-WI-3(s)_003
Low stage and XY mover
JNO-WI-3(s)_002
Low stage and XY mover
JNO-WI-3(s)_001
Low stage and XY mover
스테이지와 대물렌즈 사이에 충분한 공간 확보
Description
Material  Aluminum
표면 처리  Black –Anodizing
Travel Range (mm)  X    ±12.5     Y    ±12.5
높이 (mm)  100  ~ 150
Tap Hole 규격  M6
Tap Hole 간격 (mm)  X    25    Y    25

JNO-CP

Centering Plate for JNO-WI-3

Top of JNO-CP
Centering Plate for JNO-WI-3
Top of JNO-CP
Centering Plate for JNO-WI-3
JNO-CP_for JNO-WI-3_003
Bottom of
JNO-CP
JNO-CP
Centering Plate for JNO-WI-3

XY-MOVER

XY-Mover
with Zeiss Microscope
XY-MOVER made by JNOPTIC co.,ltd