카테고리 보관물: Microscope

pE-340fura

The pE-340fura offers:

Utilising the successful pE-300 Series platform, the pE-340fura is a bespoke LED Illuminator for Fura-2 ratiometric calcium imaging, which also supports everyday fluorescence microscopy in a compact and affordable package.

The 340nm and 380nm LED illumination system provides the optimum excitation wavelengths for Fura-2-based calcium imaging allowing high-precision, stable, high-throughput imaging with video-rate time resolution.

340nm Excitation 380nm Excitation

The images above show a field of cardiac myocytes (heart cells).  The cells were loaded with Fura-2 using standard conditions (i.e. incubation with 2 micromolar Fura-2 acetoxymethyl ester for 30 minutes, followed by an additional 30 minutes for de-esterification.

Images were obtained by Martin Bootman and Katja Rietdorf, School of Life, Health and Chemical Sciences, The Open University, UK.

Until recently, the response time of illumination systems for Fura-2 imaging have been limited to milliseconds due to mechanical switching of the wavelengths in arc lamp and monochromator systems.  However, the new pE-340fura can be controlled via convenient BNC TTL connections for precise illumination control in as little as 20 microseconds.

Spontaneous Ca2+ events are induced in Mg2+-free HBS. (A) Representative trace from a single hippocampal neuron of Mg2+-free induced Ca2+ events imaged at 0.5 Hz and (B) representative trace from two hippocampal neurons of Mg2+-free induced Ca2+ events imaged at 24.39 Hz.

TINNING, P. W., FRANSSEN, A. J. P.M., HRIDI, S. U., BUSHELL, T. J. and MCCONNELL, G. (2017), A 340/380 nm light-emitting diode illuminator for Fura-2 AM ratiometric Ca2+ imaging of live cells with better than 5 nM precision. Journal of Microscopy. doi:10.1111/jmi.12616

 

Using the new pE-340fura LED Illumination System, less Fura-2 dye can be loaded into the cells whilst still maintaining the same measured calcium concentration and good signal-to-noise ratio.  The reduction in required dye not only improves cell-viability due to reduced dye toxicity, but also results in a cost reduction per experiment.

Comparison of Ca2+ increases obtained from the application of trypsin (100 nM) to tsA-201 cells loaded with different concentrations of Fura-2 AM.

TINNING, P. W., FRANSSEN, A. J. P.M., HRIDI, S. U., BUSHELL, T. J. and MCCONNELL, G. (2017), A 340/380 nm light-emitting diode illuminator for Fura-2 AM ratiometric Ca2+ imaging of live cells with better than 5 nM precision. Journal of Microscopy. doi:10.1111/jmi.12616

 

Work by Sandrine Prost et al., from the University of Edinburgh, has shown that with independent wavelength controllable LED sources, signal-to-noise is dramatically improved over bulb systems and even over some available white wide spectrum LED sources.

High levels of autofluorescence and fast photobleaching of specific fluorescence when illuminating Qdots with Metal Halide.

Prost S et al (2016) Choice of Illumination System & Fluorophore for Multiplex Immunofluorescence on FFPE Tissue Sections. PLoS ONE 11(9): e0162419. doi:10.1371/journal.pone.0162419

 

There are two pE-340fura configuration options:

Direct-fit for connecting to a microscopes – by selecting from a range of microscope adaptors  which covers all current and most older models.  A simple once only adjustment will allow optimisation to the optical path of the microscope.

Liquid Light Guide with a fixed 3mm diameter, liquid light guide.  An optional pE-340fura Universal Collimator can be specified in conjunction with a microscope adaptor if required, containing optics optimised to transmit the 340nm.

pE-300lite

The pE-300lite offers:

  • Simple to Buy
    • Works with everyday fluorophores/stains
    • Affordable through lab consumables budget
    • Broad spectrum – covers UV (DAPI) to Red region (Cy5)
    • Specify for  existing single and multi-band filter sets – no need to buy new filters
  • Simple to Fit
    • Direct fit to the microscope in seconds
    • Wide range of microscope adaptors – fits most microscopes
    • No alignment, a once only adjustment
  • Simple to Use
    • Instant on/off  – No shutters required, no warm up or cool down
    • Stable & repeatable – reliable and consistent results
    • Precise intensity control in 1% steps (0-100%) – no ND filters required
    • Excellent uniformity over field of view – fixed and stable, no alignment necessary
    • Long lifetime – expected to exceed 25,000 hours of operating time
    • No bulb replacement or ongoing consumables

pE-100wht

The pE-100wht offers:

  • Spectral performance matched to 100W halogen – familiar images
  • No variation in colour across intensity range – no need to colour balance
  • Replaces 100W halogen lamp housing on most current and older microscopes – quick & easy exchange
  • No unwanted UV – reduced risk of eye damage
  • Instant on/off  – no shutters required, no warm up or cool down
  • Simple to fit, simple to use – no need to align
  • Stable & repeatable – reliable and consistent results
  • Wide range of microscope adaptors – fits most microscopes
  • Precise intensity control in 1% steps (0-100%) – no ND filters required
  • Excellent uniformity over field of view – fixed and stable, no alignment necessary
  • Long lifetime – expected to exceed 50,000 hours of operating time

 

 

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)

 

JNO-G(L)

JNOPTIC Filter JNO-G(L)

Download Catalog_JNO-G(L)

 

Filter set forAT – TRITC/Cy3 Longpass

  • Main Fluorochromes : TRITC
EX(nm) EM(nm)
555 580

 


Fluor VS JNO-G(L) Spectrum

 

TRITC VS JNO-G(L)

 


JNO-G(L) Spectrum

 

JNO-G(L) Spectrum
Filters Type
AT540/25x EX
AT565DC BS
AT575lp EM

 


JNO-G(L) Spec

 

  • Typical Application(s) : Widefield Microscopy
  • Coating : Sputter/Hard Coated
  • Round excitation and emission filters mounted in anodized aluminum rings 2.3mm thick, up to 25mm in diameter
  • Rectangular dichroics up to 26x38mm, 1mm thick, to fit standard microscope manufacturer filter cubes

 


Best with these fluorochromes

 

  • R-phycoerythrin

 


 

Dicam pro

Dicam pro

intensified digital 12bit CCD camera system

 

PCO사에서 제작한 Dicam pro 카메라는 고속의 intensified CCD를 장착한 시스템입니다.

 12bit 이미지에 130만화소 고해상도를 지원하며 S/N 비가 낮고 단일 원자 검출 능력이 뛰어난 것이 특징입니다.

 카메라와 PC는 고속의 직렬 광데이터 링크로 연결됩니다.

Dicam pro의 intensified digial CCD 카메라 시스템은 spray imaging, laser induced fluorescence imaging or ballistics와 같이 초고속의 카메라 application을 요구로 하는 분야에 완벽하게 적합합니다.

 

Features

  ▲ fast shutter down to 3ns (optional 1.5ns)

  ▲ excellent sensitivity of the system allows single photon detection

  ▲ 12bit dynamic range

  ▲ high resolution MCP-image intensifier & CCD (1280x1024pixel)

  ▲ exposure times from 3ns (optional 1.5ns) – 1000s

  ▲ spectral sensitivity from UV to NIR

  ▲ PCI interface board “plug & play

  ▲ binning (horizontal & vertical)

  ▲ thermo-electrical cooling (Peltier) of CCD image sensor down to -12°C

  ▲ optical or electrical triggering

  ▲ various MCP photocathodes – multialkali, S20, GaAs, GaAsP

  ▲ two discrete images with an interframing time of 500ns (PIV)

  ▲ multiple exposures

  ▲ serial high speed data transfer via fiber optic link (FOL)

  ▲ free software camware and software development kit included

 

Spectral response of MCP

 

Specification

 

Examples of applications

Pixelfly QE

Pixelfly QE

high performance digital 12bit CCD camera system

 

PCO사에서 제작한 Pixelfly QE 카메라는 12bit cooled CCD가 장착된 초소형 고성능 이미징 시스템입니다.

 공간을 차지하는 열전자 cooling 장치가 없이도 디지털 온도 보정이 가능하여 카메라를 소형화 하였습니다..

 이 시스템은 standard PCI나 compact PCI보드와 고속 직렬 데이터 링크를 통해 연결되는 초소형 카메라 헤드로 구성되어 있습니다.

Pixelfly의 디지털 카메라 시스템은 microscopy, spectroscopy, quality control과 같이 여러 과학 및 산업 이미지 application 분야에 완벽하게 적합합니다.

 

Features

superior quantum efficiency up to 65%

  ▲ ultra compact design

  ▲ 12bit dynamic range

  ▲ high resolution (1392 x 1024pixel)

  ▲ temperature compensated

  ▲ exposure times from 5μs – 65s

  ▲ readout noise typ. 7e- rms

  ▲ serial high speed data transfer up to 10m

  ▲ standard PCI or compact PCI control board

  ▲ integrated front-end processor with opto-coupler input and highside driver

  ▲ free software camware and software development kit included

 

Quantum Efficiency

 

Specification

 

Examples of applications

 

Pixelfly

Pixelfly

high performance digital 12bit CCD camera system

 

PCO사에서 제작한 Pixelfly 카메라는 12bit cooled CCD가 장착된 초소형 고성능 이미징 시스템입니다.

 공간을 차지하는 열전자 cooling 장치가 없이도 디지털 온도 보정이 가능하여 카메라를 소형화 하였습니다..

 이 시스템은 standard PCI나 compact PCI보드와 고속 직렬 데이터 링크를 통해 연결되는 초소형 카메라 헤드로 구성되어 있습니다.

Pixelfly의 디지털 카메라 시스템은 microscopy, spectroscopy, quality control과 같이 여러 과학 및 산업 이미지 application 분야에 완벽하게 적합합니다.

 

Features

  ▲ superior quantum efficiency up to 65%

  ▲ ultra compact design

  ▲ 12bit dynamic range

  ▲ high resolution (1392 x 1024pixel)

  ▲ temperature compensated

  ▲ exposure times from 5μs – 65s

  ▲ readout noise typ. 7e- rms

  ▲ serial high speed data transfer up to 10m

  ▲ standard PCI or compact PCI control board

  ▲ integrated front-end processor with opto-coupler input and highside driver

  ▲ free software camware and software development kit included

 

Quantum Efficiency

 

Specification

 

Examples of applications

PCO. 1200s

PCO. 1200s

digital high speed 10bit CMOS camera system

 

PCO사에서 제작한 PCO.1200 hs 카메라는 10 bit CMOS 센서가 부착된 고속의 이미지 시스템입니다.

 camRAM 이라는 새로운 이미지 memory를 사용하여 820MB/s의 빠른 이미지 레코딩을 구현하며 130만화소의 고해상도, 저잡음의 이미지를 보여줍니다.

 compact 카메라와 external power supply 로 구성되어 있으며, 이미지 데이터는 컴퓨터로 standard data interface(IEEE 1394 firewire, camera link)를 통해 전송됩니다.

Pco. 1200s의 디지털 카메라 시스템은 Material testing, fast inspection, external crash tests, super slow motion image recording for video clips & advertising과 같이 고속의 카메라 이미지 application 분야에 완벽하게 적합합니다.

 

Features

  ▲ 500 fps at full resolution (1068 fps at VGA resolution)

  ▲ extremely fast image recording – 820MB/s

  ▲ high resolution (1280 × 1024 pixel)

  ▲ exposure time range 1 – 1 s

  ▲ image memory in camera (camRAM up to 4 GB)

  ▲ standard interfaces (IEEE 1394, camera link)

 

Specification

 

Examples of applications

 

 

PCO. 1200 hs

PCO. 1200 hs

digital high speed 10bit CMOS camera system

 

PCO사에서 제작한 PCO.1200 hs 카메라는 10 bit CMOS 센서가 부착된 고속의 이미지 시스템입니다.

 camRAM 이라는 새로운 이미지 memory를 사용하여 1GB/s의 빠른 이미지 레코딩을 구현하며 130만화소의 고해상도, 저잡음의 이미지를 보여줍니다.

 compact 카메라와 external power supply 로 구성되어 있으며, 이미지 데이터는 컴퓨터로 standard data interface(IEEE 1394 firewire, camera link)를 통해 전송됩니다.

Pco. 1200 hs의 디지털 카메라 시스템은 Material testing, external crash test, super slow motion movie clips과 같이 고속의 카메라 이미지 application 분야에 완벽하게 적합합니다.

 

Features

  ▲ 636 fps at full resolution (1357 fps at VGA resolution)

  ▲ extremely fast image recording – 1 GB/s

  ▲ high resolution (1280 × 1024 pixel)

  ▲ exposure time range 50 ns – 5 s

  ▲ image memory in camera (camRAM up to 4 GB)

  ▲ interframing time 75 ns

  ▲ standard interfaces (IEEE 1394, camera link)

 

Specification

 

Examples of applications

 

PCO. 1600

PCO. 1600

cooled digital 14bit CCD camera system

 

 

PCO사에서 제작한 PCO.1600 카메라는 14bit cooled CCD 시스템으로 192만화소(16001200)의 고해상도로 이미지를 보여줍니다.

 camRAM 이라는 새로운 이미지 memory를 사용하여 160 MB/s 의 빠른 이미지 레코딩을 구현합니다.

 compact 카메라와 external power supply 로 구성되어 있으며, 이미지 데이터는 컴퓨터로 standard data interface(IEEE 1374 firewire, camera link)를 통해 전송됩니다.

PCO.1600의 디지털 카메라 시스템은 저광량의 camera application 분야에 완벽하게 적합합니다.

 

Features

  ▲ excellent resolution (1600 × 1200 pixel)

  ▲ 14 bit dynamic range

  ▲ frame rate of 30 fps at full resolution

  ▲ image memory in camera (camRAM up to 4 GB)

  ▲ excellent low noise of 12 e¯ rms @ 10 MHz

  ▲ thermo-electrical cooling of -50° C vs. ambient

  ▲ standard interfaces (IEEE 1394, camera link)

  ▲ UV sensitive & color CCD image sensor available

 

Quantum Efficiency

 

Specification

Q-imaging Camera 비교표

Q-imaging Camera 비교표

 

 

 

 

Intensified Retiga Fast 1394
Extreme sensitivity in low light
Retiga EXi Fast 1394
For the most demanding applications
Retiga EXi
For the most demanding applications
 Light Sensitive Pixels 1360×1030 1392×1040 1392×1040
 Binning Modes 1×1, 2×2, 4×4, 8×8 1×1, 2×2, 4×4, 8×8 1×1, 2×2, 3×3, 4×4
 Sensor Type 2/3″ ICX285 progressive scan interline CCD 2/3″ ICX285 progressive scan interline CCD 2/3″ ICX285 progressive scan interline CCD
 Pixel Size 6.45um x 6.45um 6.45um x 6.45um 6.45um x 6.45um
 Read Noise 8e- 8e- 8e-
 Linear Full Well 18,000 1x; 22,000 2x 18,000 1x; 22,000 2x 18,000 1x; 22,000 2x
 Digital Output 12-bit 12-bit 12-bit
 Triggering Types Internal, Software, External Internal, Software, External Internal, Software, External
 Gain Control 0.7 to 30 times 0.7 to 30 times 0.7 to 30 times
 Offset Control Controlled in Software -2048 to 2047 -2048 to 2047
 Optical Interface c-mount, 18mm image format c-mount, 18mm image format c-mount, 18mm image format
 Power Requirements 7 watts non-cooled; 13 watts cooled 7 watts non-cooled; 13 watts cooled
 Weight 800g 640g non-cooled; 920g cooled 640g non-cooled; 920g cooled
Retiga 4000R
Highly detailed, sharp images
Retiga 2000R
Highly detailed, sharp images
QICAM Fast 1394
Price performance leader
 Light Sensitive Pixels 2048×2048 1600×1200 1392×1040
 Binning Modes 1×1, 2×2, 4×4, 8×8 1×1, 2×2, 4×4, 8×8 1×1, 2×2, 4×4, 8×8
 Sensor Type KAI-4021 Interlaced interline CCD KAI-2020 Interlaced interline CCD 1/2″ ICX205 Progressive Scan Interline CCD
 Pixel Size 7.4um x 7.4um 7.4um x 7.4um 4.65um x 4.65um
 Read Noise 12e- 16e- 12e-
 Linear Full Well 40,000 40,000 10,000
 Digital Output 12-bit 12-bit 12-bit
 Triggering Types Internal, Software, External Internal, Software, External Internal, Software, External
 Gain Control 0.549 to 26.2 times 0.451 to 21.5 times 0.6 to 15 times
 Offset Control -2048 to 2047 -2048 to 2047 -2048 to 2047
 Optical Interface c-mount, 18mm image format c-mount, 18mm image format c-mount, 18mm image format
 Power Requirements 11 watts non-cooled; 17 watts cooled 11 watts non-cooled; 17 watts cooled 7 watts non-cooled; 13 watts cooled
 Weight 585g non-cooled; 845g cooled 585g non-cooled; 845g cooled 635g non-cooled; 915g cooled
Rolera-XR Fast 1394
Performance IR imaging
MicroPublisher 5 RTV
Publshing and Documentation
MicroPublisher 3 RTV
Publshing and Documentation
 Light Sensitive Pixels 696×520 2560×1920 2048×1536
 Binning Modes 1×1, 2×2, 4×4, 8×8 1×1, 2×2, 3×3, 4×4 1×1, 2×2, 3×3, 4×4
 Sensor Type 2/3″ VQE3618L Progressive Scan Interline CCD 2/3″ ICX282 Interlaced interline CCD 1/2″ ICX252 Interlaced interline CCD
 Pixel Size 13.7um x 13.7um 3.4um x 3.4um 3.45um x 3.45um
 Read Noise 10e- N/A N/A
 Linear Full Well 22,000 N/A N/A
 Digital Output 12-bit 10-bit 10-bit
 Triggering Types Internal, Software, External Internal, Software Internal, Software
 Gain Control 1.0 to 45 times N/A N/A
 Offset Control -2048 to 2047 Controlled in Software Controlled in Software
 Optical Interface c-mount, 18mm image format c-mount, 18mm image format c-mount, 18mm image format
 Power Requirements 7 watts non-cooled; 13 watts cooled 3.8 watts non-cooled; 6.7 watts cooled 3.8 watts non-cooled; 6.7 watts cooled
 Weight 635g non-cooled; 915g cooled 710g 710g

Rolera-XR

Rolera-XR

 

생명 과학, 산업 및 범죄과학  (forensic) 분야의 명시야 및 적외선 (IR) 정량 분석용

Features

696 x 520 pixels

13.7 µm × 13.7 µm pixel size

2/3″ optical format

Electronic Shutter

Binning up to 8 × 8

ROI

External trigger

 

Applications

Real-time Low Light Infra-Red Imaging

IR-DIC

Surveillance

Low Light Level Fluorescence

Wafer Inspection

Live Cell Imaging

 

Models

Rolera-XR Mono Fast 1394 Cooled
Model: ROL-XR-F-M-12-C

Rolera-XR Mono Fast 1394
Model: ROL-XR-F-M-12

QICAM 12-bit

QICAM 12-bit

 

생명 과학 및 산업 분야의 명시야 정량 분석용

 

Features

1392 x 1040 pixels

4.65 µm × 4.65 µm pixel size

1/2″ optical format

Electronic Shutter

12-bit

Binning up to 8 × 8

ROI

External trigger

Applications

Brightfield /Dark Field Microscopy

Live Cell Imaging

Pathology, Histology, Cytology

DNA analysis

Motility and Motion Analysis

Semiconductor Inspecition

Failure Analysis

Forensic Analysis

 

Models

QICAM 12-bit Mono Fast 1394 Cooled
Model: QIC-F-M-12-C

QICAM 12-bit Color Fast 1394 Cooled
Model: QIC-F-CLR-12-C

QICAM 12-bit Mono Fast 1394
Model: QIC-F-M-12

QICAM 12-bit Color Fast 1394
Model: QIC-F-CLR-12

 

 

Micropublisher RTV

Micropublisher RTV

 

MicroPublisher 3.3 & 5.0 RTV

고속의 실시간 뷰 (Real-Time Viewing)를 지원하는 고해상도 IEEE 1394 Fire FireWireTM Digital CCD 칼라 카메라

Features

Micropublisher 5.0

2560 × 1920 pixels

3.4 µm × 3.4 µm pixel size

2/3″ optical format

 

Micropublisher 3.3

2048 × 1536 pixels

3.45 µm × 3.45 µm pixel size

1/2″ optical format

 

Electronic Shutter

Binning up to 4 × 4 in color

ROI

Cooling 10°C below ambient

Standard C mount & tripod mount

 

Applications

Brightfield Microscopy

Fluorescence Microscopy

Pathology, Histology, Cytology

Haematology

Still Image Animation

 

Models

MicroPublisher 5.0 cooled
Model: MP5.0-RTV-CLR-10-C

MicroPublisher 5.0
Model: MP5.0-RTV-CLR-10

MicroPublisher 3.3 cooled
Model: MP3.3-RTV-CLR-10-C

MicroPublisher 3.3
Model: MP3.3-RTV-CLR-10

 

Altra20

Altra20

 

ALTRA20 – 2백만 화소 CMOS 칼라 카메라

ALTRA20은 Live 이미지 출력과 획득, 이미지의 로드 및 인쇄를 위한 기본급의 소프트웨어인 analySIS getIT  을 제공합니다. 

TWAIN 인터페이스를 통해서 카메라 이미지는 TWAIN 지원 어플리케이션에 바로 사용이 가능합니다.  게다가 ALTRA20은 analySIS 소프트웨어 환경에 완전히 통합됩니다.

For use in standard brightfield applications and for digital documentation purposes

The 2 MegaPixel CMOS color camera ALTRA20 extends Soft Imaging System’s tried and tested product line of digital color and monochrome cameras in the light microscopy field. The new camera offers excellent properties for use in standard brightfield applications and is superb for digital documentation purposes.

Excellent properties
ALTRA20 offers properties and features as required by today’s standard-level light microscopy and digital documentation:

  • high resolution,
  • fast frame rates,
  • sensitivity,
  • a good signal-to-noise ratio,
  • broad dynamic range,
  • easy to install to C mount adapter,
  • smart design,
  • optimal cost/performance ratio
Dendritic cast iron (including 2 different eutectics in the residue melt area)
Steel sample

Easy to use
ALTRA20 takes full advantage of today’s digital technology in conjunction with analySIS® FIVE. Users obtain perfect acquisitions automatically as the ALTRA20 supports:

  • numerous real-time functions during acquisition,
  • real-time white balance,
  • interactive focusing onscreen,
  • automatic image optimization,
  • online measurements and labeling,
  • automatic image calibration.
Kidney, rat
Colon, dog
Cast iron
Epididymis, dog

Camera details
The ALTRA20 offers a CMOS chip with 1596 x 1196 pixels. Images are transferred from camera to PC via a USB 2.0 interface. The ALTRA20 offers fast frame rates of up to 7.5 frames per second even with the high number of pixels.

Superior integration
ALTRA20 is operated fully via analySIS® FIVE. Having the camera integrated with this up-to-the-minute image analysis software environment ensures users the advantages of numerous advanced functions. These functions make it easy for users to work effectively, cut costs and optimize workflows.

The following functions can be done automatically with analySIS® FIVE

  • image acquisition,
  • image evaluation and analysis,
  • image and data archiving,
  • report generating.

 

And all of this is so much easier than when using conventional solutions. As required, motorized microscopes, motor stages or other peripheral devices can be run via analySIS®FIVE, enabling users to automate complex workflows. This is a comprehensive system of fine-tuned excellence

Specifications

Image Device 1/2 inch Color CMOS Sensor
Effective Pixels 1596 x 1196 pixels, 4.2 um square pixels
796 x 596 pixels
396 x 296 pixels
Frame Rate 7.5 fps @ full resolution mode
30 fps @ 796 x 596 pixels
80 fps @ 396 x 296 pixels
Dimensions (W x H x D) 100 x 85 x 50 mm
Mass 545g
Interface Connector USB 2.0
Lens mount Standard C-mount

ColorView I

ColorView I

 

Soft Imaging System의 ColorView I 은 광학 현미경용 330만화소칼라 카메라 입니다.

이 칼라 카메라는 극도의 고해상도, 온도 안정, 높은 프레임 속도, Partial 리드 아웃 및 흑백 획득 모드의 기능을 FireWire (IEEE 1394)을 사용하여 제공합니다.

ColorView I은 높은 정밀도와 컨트라스트, 저 노이즈의 최고 품질의 이미지 동시에  생성합니다.

analySIS 이미지 분석 소프트웨어와 완전히 통합되어 biomedical과 materials science 응용분야의 적용이 가능합니다.

Digital solutions – Developed to be exceptional!

Soft Imaging System’s digital cameras meet the steadily rising expectations being placed on digital acquisition. The 12-bit ColorView I – equipped with FireWire™ technology (IEEE 1394) – is for use in the field of light microscopy.

The ColorView I makes it possible to acquire high-resolution color and black-and-white images, rich in detail and contrast with low noise. And the truly astonishing thing is how easy this high-performance camera is to use – just as easy as any regular video camera.

All camera functions are fully operable via the analySIS® image-analytical software. No matter what the actual acquisition conditions, real-time functions ensure that the entire dynamic range is exploited. This ensures optimally balanced contrast and superior image quality.

The ColorView I’s full integration into the analySIS® software provides all capabilities and advantages of Soft Imaging System’s innovative solutions to all challenges of image processing and analysis, ranging from image labeling on to image archiving, report generation and e-mailing and including photo-realistic printouts – all without any need for a darkroom.

Sample: Flourescence acquisition of concrete
Resolution: 2048 x 1536 pixel x 12 bits

 High resolution
The ColorView I’s CCD chip has a 2048 x 1536 pixel resolution. This is more than seven times greater than what a regular video camera can provide. The user sees more and measurements can be carried out with even greater precision.

 

 High dynamic range
The ColorView I’s 12-bit dynamic range provides images of 4096 gray values (or 4096 gray values per RGB channel). So what does that mean? It means that images can be acquired that have either very bright or very pale areas. Ultimately, this higher depth of data reflects a greater depth of information overall.

 

 High frame rate
This camera supports three different frame rates. The special “search mode” with a frame rate of more than 25 images per second at 688 x 512 pixels makes finding suitable areas of a sample directly on the PC screen especially convenient. The “focus mode” provides 15 images per second at 1024 x 768 pixels. And thirdly, at the highest resolution – 2048 x 1536 pixels – you’re still getting 5 images per second. This means your focusing can be done in real time and upon image acquisition, you have images of temptingly persuasive quality.

 

 Color binning
In the search and focus mode, the ColorView I uses either triple or double true-color binning. This ensures that the user sees the entire image segment in color while searching or focusing. This guarantees that the user is able to view all images in color independent of the resolution.

 

 FireWire™ Interface (IEEE 1394)
FireWire™ technology guarantees that the ColorView I can be easily and conveniently installed on any PC or laptop equipped with a FireWire™ port. No extra frame grabber is necessary. This also means the user has the enviable option of using more than one camera with the same PC.

 

 Temperatue stabilized
The CCD chip temperature is stabilized to increase the signal/noise ratio.

 

 High sensitivity
The highly sensitive CCD elements make it possible to detect even very weak signals. The electronic shutter offers exposure times ranging up to 160 seconds. The ColorView I offers exposure time ranging from 100 µs to 160 sec. Details of your sample that had been impossible to see, become readily identifiable. This is just as true for low-intensity applications as well!

 

 Black-and-white acquisition mode
Furthermore, the ColorView I offers a black-and-white acquisition mode. The resolution of this special mode is restricted to 1024 x 768 pixels. This means you are able to acquire monochrome fluorescence images without having to use a second camera, for example.

 

 Compact design
The ColorView I’s elegantly designed housing is compact and can be mounted onto any light microscope with a C-mount. No additional interfaces or adaptors are necessary. ColorView I’s integration into analySIS® provides numerous advantages.

 

 Real-time functions
ColorView I’s own impressive velocity along with the speed of today’s CPU’s mean that a whole range of real-time functions are available within analySIS®. One of these is automatic contrast enhancement. Others include automatic white and black balance, focus control and histogram display.

 

 Image analysis
An extensive range of text, graphic and editing functions is available for labeling your images. For more extensive examination of images there are specialized filters and professional particle analysis. This ensures that it is easy for you to obtain your results fast and flexibly – and those results are reproducible.

 

 The dark room is history
Get printouts of photographic quality immediately following image acquisition. The need for a dark room or all those film-developing chemicals has gone the way of the horse-drawn carriage. As opposed to using conventional film, you obtain printouts of your acquisitions within minutes – and of photographic quality.
Archiving
A high-performance, networkable, MS-Access-compatible image database is integrated into analySIS®.
All data relevant to image acquisition and documentation is saved along with the images themselves. Texts, sheets, diagrams or additional images can be saved along with images. The entire database structure is user definable (without the user having to be an expert in computer programming).analySIS® has an extemsive range of text, graphic and editing functions for labeling your images.
Automatic report generation
This means quick and efficient generation of single- or multi-page reports of your results – using the images you’ve acquired. All you do is select the images you need from your database or from the images manager and drag and drop them onto your report template. Then your report is completed. Along with the image itself, all information contained in database fields is automatically inserted into the corresponding fields of the template. Reports are generated based on templates that you create yourself according to your own personal preferences and/or according to company guidelines.
The report generator provides you with a broad range of tools for designing your template(s). All documents supported by the docu expansion version of analySIS® can be inserted into the templates – ie, sheets, diagrams, graphs and images. In addition, automatic image scaling, standard magnifications and exporting reports via RTF format are all supported. And then the completed report can be conveniently e-mailed directly within analySIS®.
Efficient interaction: ColorView I and mia
Use the ColorView I in conjunction with the miaanalySIS® add-in and see just how smoothly they interact. mia is for obtaining single, high-resolution, large-area images via the automatic montaging of component images.
This is tremendously useful in the following situation. You’re working with a big object and you want capture all of it at high resolution within one single image. However, the microscope is only capable of showing a portion of it at the resolution desired. No problem. All you need to do is define size and resolution. And analySIS® and mia take care of the rest.
Software control of all camera functions
 Manufacturer programmable RISC CPU + FPGA via firmware download
 Multi-threading code support on multi-CPU PC
Depending on options, analySIS® expansion level and

 Real-time automatic contrast control

 Real-time automatic white balance

Black balance

Sharpness monitor

 

Specifications

Image Device 1/1.8 inch Color CCD Sensor
( Effective area 7.1 x 5.3 mm array)
Effective Pixels 2080 x 1544 pixel, 3.45 um square pixels
(1040 x 772 pixel in black/white mode)
Frame Rate 29 fps @ search mode
11 fps @ focus mode
5 fps @ high resolution mode
Binning 2x, 3x
Dynamic Range 3 x 12 bit
Exposure 100 us ~ 10 sec
Pixel clock rate 20 MHz
Readout noise < 2 counts
Non-linearity < 0.6%
Anti-blooming > 300
IR Filter Hoya CM 500 S (green)
Dimensions (W x H x D) 100 x 85 x 50 mm
Mass 570g
Temperature stabilized Yes
Interface Connector FireWire (IEEE1394)
Lens mount Standard C-mount

 

ColorView II

ColorView II

 

Soft Imaging System의 ColorView II 는 광학 현미경용 330만화소칼라 카메라 입니다.

이 칼라 카메라는 극도의 고해상도, 온도 안정, 높은 프레임 속도, Partial 리드 아웃 및 흑백 획득 모드의 기능을 FireWire (IEEE 1394)을 사용하여 제공합니다.

ColorView II 는 높은 정밀도와 컨트라스트, 저 노이즈의 최고 품질의 이미지 동시에  생성합니다.

analySIS 이미지 분석 소프트웨어와 완전히 통합되어 biomedical과 materials science 응용분야의 적용이 가능합니다.

Digital solutions – Developed to be exceptional!

Soft Imaging System’s digital cameras meet the steadily rising expectations being placed on digital acquisition. The 12-bit, Peltier-cooled ColorView II – equipped with FireWire™ technology (IEEE 1394) – is the newest product of this series and is for use in the field of light microscopy.

The ColorView II makes it possible to acquire high-resolution color and black-and-white images, rich in detail and contrast with astoundingly low noise. And the truly astonishing thing is how easy this high-performance camera is to use – just as easy as any regular video camera.

Object shown: shell of the triceratium favus diatom
Source: J. Lieder, Laboratorium für Mikroskopische Präparate (Eng: Laboratory for Microscopic Preparations), Verlag für Diapositive und Transparente (Eng: Slides and Transparencies Publishing House), Ludwigsburg, Germany
Resolution: 2048 x 1536 pixel x 24 bits

Object shown: stem axis of tulipa gesneriana (garden tulip), vascular bundle in parenchymatous pith (of stem)
Staining: astra blue-safranin – non-lignified cell walls are blue; lignified cell walls are red
Source: E. Saake, Bochum, Germany
Resolution: 2048 x 1536 pixel x 12 bits

Object shown: eye of guinea pig (cross section)
Segment: iris with cornea and lens in frontal part of eye
Staining: hematoxyline-eosin (HE)
Source: Institute for Anatomy, University of Essen, Germany. With the kind permission from Prof. Dr. Hans-Werner Denker
Resolution: 2048 x 1536 pixel x 12 bits

All camera functions are fully operable via the analySIS® image-analytical software. No matter what the actual acquisition conditions, real-time functions ensure that the entire dynamic range is exploited. This ensures optimally balanced contrast and superior image quality.

The ColorView II’s full integration into the analySIS® software provides all capabilities and advantages of Soft Imaging System’s innovative solutions to all challenges of image processing and analysis, ranging from image labeling on to image archiving, report generation and e-mailing and including photo-realistic printouts – all without any need for a darkroom.

Sample: Flourescence acquisition of concrete
Resolution: 2048 x 1536 pixel x 12 bits

 High resolution
The ColorView II’s CCD chip has a 2048 x 1536 pixel resolution. This is more than seven times greater than what a regular video camera can provide. The user sees more and measurements can be carried out with even greater precision.

 

 High dynamic range
The ColorView II’s 12-bit dynamic range provides images of 4096 gray values (or 4096 gray values per RGB channel). So what does that mean? It means that images can be acquired that have either very bright or very pale areas. Ultimately, this higher depth of data reflects a greater depth of information overall.

 

 High frame rate
This camera supports three different frame rates. The special “search mode” with a frame rate of more than 25 images per second at 688 x 512 pixels makes finding suitable areas of a sample directly on the PC screen especially convenient. The “focus mode” provides 15 images per second at 1024 x 768 pixels. And thirdly, at the highest resolution – 2048 x 1536 pixels – you’re still getting 5 images per second. This means your focusing can be done in real time and upon image acquisition, you have images of temptingly persuasive quality.


 Partial-read out
The ColorView II supports partial read-out. This mode is for setting an ROI which is smaller than the whole image. This means you get a fast preview of this area.

 Color binning
In the search and focus mode, the ColorView II uses either triple or double true-color binning. This ensures that the user sees the entire image segment in color while searching or focusing. This guarantees that the user is able to view all images in color independent of the resolution.

 

 FireWire™ Interface (IEEE 1394)
FireWire™ technology guarantees that the ColorView II can be easily and conveniently installed on any PC or laptop equipped with a FireWire™ port. No extra frame grabber is necessary. This also means the user has the enviable option of using more than one camera with the same PC.


 Low noise and cooled
A highly efficient read-out technology (Correlated Double Sampling) in conjunction with Peltier cooling of the chip provides images with an optimal signal-to-noise ratio. Chip temperature is maintained at 10° C via Peltier elements. This makes for very low noise, which in turn means that greater detail is visible.

 High sensitivity
The highly sensitive CCD elements make it possible to detect even very weak signals. The electronic shutter offers exposure times ranging up to 160 seconds. The ColorView II offers exposure time ranging from 100 µs to 160 sec. Details of your sample that had been impossible to see, become readily identifiable. This is just as true for low-intensity applications as well!

 

 Black-and-white acquisition mode
Furthermore, the ColorView II offers a black-and-white acquisition mode. The resolution of this special mode is restricted to 1024 x 768 pixels. This means you are able to acquire monochrome fluorescence images without having to use a second camera, for example.

 

 Compact design
The ColorView II’s elegantly designed housing is compact and can be mounted onto any light microscope with a C-mount. No additional interfaces or adaptors are necessary. ColorView I’s integration into analySIS® provides numerous advantages.

 

 Real-time functions
ColorView II’s own impressive velocity along with the speed of today’s CPU’s mean that a whole range of real-time functions are available within analySIS®. One of these is automatic contrast enhancement. Others include automatic white and black balance, focus control and histogram display.

 

 Image analysis
An extensive range of text, graphic and editing functions is available for labeling your images. For more extensive examination of images there are specialized filters and professional particle analysis. This ensures that it is easy for you to obtain your results fast and flexibly – and those results are reproducible.

 

 The dark room is history
Get printouts of photographic quality immediately following image acquisition. The need for a dark room or all those film-developing chemicals has gone the way of the horse-drawn carriage. As opposed to using conventional film, you obtain printouts of your acquisitions within minutes – and of photographic quality.
Archiving
A high-performance, networkable, MS-Access-compatible image database is integrated into
analySIS®.
All data relevant to image acquisition and documentation is saved along with the images themselves. Texts, sheets, diagrams or additional images can be saved along with images. The entire database structure is user definable (without the user having to be an expert in computer programming).analySIS® has an extemsive range of text, graphic and editing functions for labeling your images.
Automatic report generation
This means quick and efficient generation of single- or multi-page reports of your results – using the images you’ve acquired. All you do is select the images you need from your database or from the images manager and drag and drop them onto your report template. Then your report is completed. Along with the image itself, all information contained in database fields is automatically inserted into the corresponding fields of the template. Reports are generated based on templates that you create yourself according to your own personal preferences and/or according to company guidelines.
The report generator provides you with a broad range of tools for designing your template(s). All documents supported by the docu expansion version of analySIS® can be inserted into the templates – ie, sheets, diagrams, graphs and images. In addition, automatic image scaling, standard magnifications and exporting reports via RTF format are all supported. And then the completed report can be conveniently e-mailed directly within analySIS®.
Efficient interaction: ColorView I and mia
Use the ColorView I in conjunction with the miaanalySIS® add-in and see just how smoothly they interact. mia is for obtaining single, high-resolution, large-area images via the automatic montaging of component images.
This is tremendously useful in the following situation. You’re working with a big object and you want capture all of it at high resolution within one single image. However, the microscope is only capable of showing a portion of it at the resolution desired. No problem. All you need to do is define size and resolution. And analySIS® and mia take care of the rest.
Software control of all camera functions
 Manufacturer programmable RISC CPU + FPGA via firmware download
 Multi-threading code support on multi-CPU PC
Depending on options, analySIS® expansion level and

 Real-time automatic contrast control

 Real-time automatic white balance

ROI for partial readout

Black balance

Sharpness monitor

Specifications

Image Device 1/1.8 inch Color CCD Sensor
( Effective area 7.1 x 5.3 mm array)
Effective Pixels 2080 x 1544 pixel, 3.45 um square pixels
(1040 x 772 pixel in black/white mode)
Frame Rate 29 fps @ search mode
5 fps @ high resolution mode
Binning 2x, 3x
Dynamic Range 3 x 12 bit (RGB)
12 bit (b/w mode)
Exposure 100 us ~ 160 sec
Pixel clock rate 20 MHz
Noise reduction Correlated Double Sampling
Dimensions (W x H x D) 100 x 85 x 50 mm
Mass 570g
Temperature control CCD chip & housing
Temperature stabilized Yes, ± 0.5 ℃
Interface Connector FireWire (IEEE1394)
Lens mount Standard C-mount

ColorView IIIu

ColorView IIIu

 

Soft Imaging System의 디지털 카메라는 디지털 이미지 획득의 기대에 부응하여 꾸준히 대응하고 있습니다.

ColorView IIIu는 광학 현미경을 위한 칼라 카메라 시리즈의 최신작 입니다.

ColorView IIIu는 생명과학(Life science)  및 Biomedicine의 모든 응용 분야 뿐만 아니라 재료 과학 (Materials sciences) 분야에 동등하게 적용할 수 있습니다.

Extraordinary features…
are what make the 5 MegaPixel color camera ColorView IIIu so distinctive. Alongside its extremely high resolution camera has a high dynamic range, high frame rates and color binning. The color fidelity and superior contrast of acquisitions made using the ColorView IIIuare what users find so compelling. At the same time, the camera has an excellent signal-to-noise ratio. The standard C-mount adaptor ensures that installation is easy on all common microscopes. Data transmission to the PC is via FireWire™ interface (IEEE 1394).

Perfect images…
easy to use and full software operation due to integration of all camera functions within theanalySIS® image-analytical software. “Digital Live Processing” is integrated into analySIS®and offers numerous real-time functions which ensure that the camera’s entire dynamic range is exploited. Furthermore, analySIS® has IntX (Intelligent eXposure) – an integrated solution for easy-to-use and automatic exposure control. This makes acquiring top-quality images at the mere click of a button easy for all users. No extensive technical background is required.

And after acquisition…
the ColorView IIIu’s full integration into the analySIS® software provides all the capabilities and advantages of advanced image processing. There’s an extensive image-labeling-and-filtering library, professional particle analysis, well-structured image and data archiving as well as report generation for professional documentation.

Slides by Volker Neureuther, Ingolstadt, Germany

 

Depending on options, analySIS® expansion level and
  Real-time automatic contrast control

 Real-time automatic white balance

 

Specifications

Image Device 2/3 inch Color CCD Sensor
( 9.74 x 7.96 mm array)
Effective Pixels 2576 x 1932 pixel, 3.4 um square pixels
Frame Rate 3.8 fps @ full resolution
7.3 fps @ 2x-binninb
14.4 fps @ 4x- binning
19.2 fps @ 6x- binning
Binning 2x, 4x, 6x (color)
Dynamic Range 3 x 8 bit
Exposure 1 ms ~ 10 sec
IR Filter Hoya CM 500 S (green)
Dimensions (W x H x D) 100 x 85 x 50 mm
Mass 570g
Interface Connector FireWire (IEEE1394)
Lens mount Standard C-mount

 

ColorView III

ColorView III

 

Soft Imaging System의 디지털 카메라는 디지털 이미지 획득의 기대에 부응하여 꾸준히 대응하고 있습니다.

ColorView III는 광학 현미경을 위한 칼라 카메라 시리즈의 최신작 입니다.

ColorView III는 생명과학(Life science)  및 Biomedicine의 모든 응용 분야 뿐만 아니라 재료 과학 (Materials sciences) 분야에 동등하게 적용할 수 있습니다.

Extraordinary features…
are what make the 5 MegaPixel color camera ColorView III so distinctive. Alongside its extremely high resolution, the Peltier-cooled camera has a high dynamic range, high frame rates, partial read-out and color binning. The color fidelity and superior contrast of acquisitions made using the ColorView III are what users find so compelling. At the same time, the camera has an excellent signal-to-noise ratio. The standard C-mount adaptor ensures that installation is easy on all common microscopes. Data transmission to the PC is via FireWire™ interface (IEEE 1394).

Perfect images…
easy to use and full software operation due to integration of all camera functions within the analySIS® image-analytical software. “Digital Live Processing” is integrated into analySIS® and offers numerous real-time functions which ensure that the camera’s entire dynamic range is exploited. Furthermore, analySIS® has IntX (Intelligent eXposure) – an integrated solution for easy-to-use and automatic exposure control. This makes acquiring top-quality images at the mere click of a button easy for all users. No extensive technical background is required.

And after acquisition…
the ColorView III’s full integration into the analySIS® software provides all the capabilities and advantages of advanced image processing. There’s an extensive image-labeling-and-filtering library, professional particle analysis, well-structured image and data archiving as well as report generation for professional documentation.

Slides by Volker Neureuther, Ingolstadt, Germany

 

Depending on options, analySIS® expansion level and

 Real-time automatic contrast control

Real-time automatic white balance

 

Specifications

Image Device 2/3 inch Color CCD Sensor
( 9.74 x 7.96 mm array)
Effective Pixels 2576 x 1932 pixel, 3.4 um square pixels
Frame Rate 3.8 fps @ full resolution
7.3 fps @ 2x-binninb
14.4 fps @ 4x- binning
19.2 fps @ 6x- binning
Binning 2x, 4x, 6x (color)
Dynamic Range 3 x 12 bit
Exposure 1 ms ~ 160 sec
IR Filter Hoya CM 500 S (green)
Cooling   Peltier cooled, 10℃ @ 25℃ ambient
Dimensions (W x H x D) 100 x 85 x 50 mm
Mass 570g
Interface Connector FireWire (IEEE1394)
Lens mount Standard C-mount