Optomap color
Red Free
Choroidal
Optomap af
OCT
Color
Red-Free
Choroidal
Autofluorescence
Color
Red Free
Choroidal
Autofluorescence
Fluorescein Angiography
Color
Red Free
Choroidal
Autofluorescence
Fluorescein Angiography
Indocyanine Green Angiography
Daytona NG Provides Eyecare Professionals With UWF Digital Images Of 200 Degrees Or Up To 82% Of The Retina In A Single, Non-contact Optomap Image. In Addition, The Daytona NG Device Comes With The OptosAdvance™ Browser-based Image Review Software, Which Allows For Simple Documentation, Monitoring, And Referral Processing To Assist In Patient Management And Improved Patient Flow.
Color
Red Free
Choroidal
Autofluorescence
Nikon Inverted Microscopes Are Renowned For Optical Quality, Flexibility, Modularity, Ease Of Use, And Mechanical Precision. Serving As Either As A Standalone System Or By Powering The Core Of Complex, Multimodal Imaging Systems, Nikon’s Inverted Microscopes Ensure The Highest Imaging Results For Every Experiment.
Ti2-A
Ti2-E
Ti2-U
ECLIPSE Ts2R
TS2R-Stage
NI-E_Trinoc
NI-L
NI-E
CI-E
Ci-E1
Ci-L
Ci-S
Eclipse Fn1
Sensapex FN-M
Sensapex_FNM
ECLIPSE-Si
ECLIPSE Ei
ECILIPSE LV
ECLIPSE Ci POL
SMZ2518
SMZ1270 / SMZ1270i
SMZ745 / SMZ745T
SMZ445 / SMZ460
Stereo Microscope Accessories
Digital Sight 50M
Digital Sight 10
Digital Sight 1000
DS-Fi3
NIS-Elements L
X-Light V3
optomap sensory-red-free
Optomap-choroidal
-optomap-color-rg
Optomap-fa
Optomap-green-af-1
Optomap-icg
Swept-source-oct
SilverStone Device
An Intuitive AI-powered Ecosystem Which Digitizes The Entire Workflow For Pathologists From Start To Finish – Making Way For The Possibilities Of Remote Diagnosis And Telepathology. It Enhances Concordance And Patient Diagnosis, Allowing Pathologists To Focus More Time On Complex Cases.
1(a)
1(b)
2
3.(a)
3.(b)
4.(a)
4.(b)
InGaAs Cameras Bridge The Gap Between NIR Wavelengths In The 950-1700 Nm Range, Where Silicon Detectors Are No Longer Sensitive. Our Products Capture Images With QVGA To VGA Resolution And Our Extensive Experience With InGaAs Sensors Allows Us To Offer Cameras With Exquisite Image Contrast And Quality.
High-speed Imaging Of Moving Samples Is A Challenging Even In Bright Conditions, But Our TDI Cameras Turn Linear Movement Of The Sample Into An Advantage By Coordinating Signal Accumulation In The Sensor With Sample Movement. These Cameras Are Also Well-suited For Low-light Scanning Applications That Are Too Dim To For A Line Scan Sensor.
Spinal Cord labelled with DAPI/EGFP-Lamnin-GFAP (pE-800)
Enteric Glia Cells (Green) and Endothelial Cells (Red), acquired using the CoolLED (pE-800)
Enteric Nervous System labelled with GFAP and HuCD (pE-800)
Primary neuron from a rat cortex – supplied by Transnetyx Tissue by BrainBits (CoolLED pE-800)
Bovine pulmonary epithelial cells. (CoolLED pE-800)
Building On The Successful PE-800 Illumination System, The PE-800fura Offers The Most Comprehensive Calcium Imaging System Available. It Also Enhances A Range Of Applications From PH Monitoring And Optogenetics To Everyday Fluorescence Microscopy, Combining Lightning-fast Switching With Eight Individually Controllable Channels. Backed By CoolLED’s World-renowned Support And Generous Warranty, The PE-800fura Presents The Go-to Illuminator For Calcium Imaging And Beyond.
CoolLED pE-800fura
Building On The Success Of The Popular PE-300 Series, The PE-400 Is A Simple Bright White Light Illumination System And A Controllable, Cost-effective Replacement For Mercury And Metal Halide Lamps. Four Powerful LEDs Offer Intense, Broad-spectrum Coverage For The Most Popular Fluorophores, Ranging From DAPI Through YFP To Cy5.
Building On The Success Of The Popular PE-300 Series, The PE-400max is The Most Advanced Illumination System Of The PE-400 Series. Four Powerful LEDs Can Be Individually Controlled Via Software, TTL, Lightbridge GUI And Manual Control Pod For Demanding Everyday Fluorescence Microscopy And Optogenetics Applications Using The Most Popular Fluorophores, Ranging From DAPI Through YFP To Cy5.
Mouse brain section stained with anti-GFP (pE-400max)
The PE-4000 Sets The Standard As The Universal Illumination System For Fluorescence Microscopy. The System Has 16 Selectable LED Wavelengths Across Four Channels That Can Be Finely Controlled And Matched To The Filters And Fluorophores Of Almost Any Microscope, Making It The Broadest And Most Versatile Illumination System Available.
The CoolLED PE-4000 Benefits From Our Award Winning Sustainable Green Technology And Delivers Enhanced Irradiance At The Sample Plane With A Significant Reduction In Energy Consumption, And Is Supplied With A 36 Month Warranty.
Zebrafish larvae within the field of the Mesolens. (CoolLED pE-4000)
A GFP-labelled keratinocyte undergoing mitosis. (CoolLED pE-4000)
Time series of keratinocytes migrating during live-cell imaging outgrowth assay. (CoolLED pE-4000)
Cultured hippocampal neurons. (CoolLED pE-4000)
CoolLED’s PE-300lite is A Simple White Light LED Illumination System That Offers Intense, Broad-spectrum LED Illumination For Fluorescence Microscopy. The System Is Perfect For Hospital And Regular Research Laboratory Environments And Is Affordable Within Consumables Budgets.
This Mercury-free Alternative Is Safer, More Controllable And Precise Than Conventional Bulb Illumination Options. Spectral Coverage Is From The UV (DAPI Excitation) To The Red Region (Cy5 Excitation).
LED Technology Is Quickly Evolving, And Since 2017 Our New Generation Has Double The Irradiance At The Sample Plane, And For Even Higher Irradiance Is Available As A direct Fit Model (which Also Reduces The Cost To Buy And Run Thanks To Fewer Consumables). With ACT Label Certification, It’s Even An Environmentally Friendly Option For Illumination.
E18 Sprague Dawley Hippocampus grown out to DIC 8 – supplied by Transnetyx Tissue by BrainBits (CoolLED pE-300white)
E18 Sprague Dawley Hippocampus grown out to DIC 8 – supplied by Transnetyx Tissue by BrainBits (CoolLED pE-300white)
E18 Sprague Dawley Hippocampus grown out to DIC 8 – supplied by Transnetyx Tissue by BrainBits (CoolLED pE-300white)
Multi-stained skin cells. (CoolLED pE-300white)
Malaghan Institute – Cas9Ccl17-eGFP expressing bone marrow cells (pE-300ultra)
Triple-stained fixed HeLa cells overlaid with holotomography. (Nanolive/CoolLED pE-300ultra)
Live FUCCI mouse embryonic stem cells. (Nanolive/CoolLED pE-300ultra)
Live HeLa cells stained with lysosome marker. (Nanolive/CoolLED pE-300ultra)
The PE-100 Series Is A Family Of Single-wavelength Fluorescence LED Illumination Systems, Which Are Compact And Simple To Use. Systems Can Be Specified At Any One Of 20 Different LED Wavelengths, And Are Ideal For Routine Clinical Screening, Electrophysiology Or Basic Research Applications. Operation Is By A Remote Manual Control Pod With Instant On/off And Irradiance Control From 0-100%, With Remote Control Available Via A TTL Trigger.
Huwe1 protein localisation in human bronchial epithelial cells.
Neurospora crassa hyphal filaments.
Aspergillus fumigatus germlings.
Aspergillus fumigatus microcolony on an epithelial alveolar monolayer.
PT-100-LLG-1800-x-1800-px-300x300
PT-100-Pod-1800-x-1800-px-150x150
Transmitted Podcarpus Elatus Leaf image. (CoolLED pT-100-WHT)
Living human oocytes. (CoolLED pT-100)
TissueFAXS Q & SL Q Systems Provide The Benefits Of Both High-throughput Of Slides And Laser-free Fast Confocal Imaging. All TissueFAXS Fluo Or PLUS System Configurations, Irrespective Of Whether They Are Upright Or Inverted, Are Also Available As TissueFAXS Q Configurations.
TissueFAXS SPECTRA Systems Provide Multispectral Imaging, Spectral Unmixing And Contextual Tissue Cytometry Image Analysis On The Basis Of The TissueFAXS Platform.
SPECTRA Technology Is Available On Any TissueFAXS System Configuration, Be It Upright, Inverted, TissueFAXS Histo, TissueFAXS Fluo, TissueFAXS PLUS Or Slide Loader-based (SL).
TissueFAXS CHROMA Specializes In Automated Multispectral Fluorescence Whole Slide Scanning For Up To 7 Markers At A Time Made Possible By An Optimized Filter Set Eliminating Channel Bleed Through. This Cost-effective High-speed Slide Scanner Reaches Its Full Potential When Combined With Single Cell And Contextual Image Analysis. This Platform Is A Holistic Solution For Cellular Phenotyping And In-depth Tissue Microenvironment Characterization Of IF Processed Tissue Sections, TMAs, And Cells On Standard And Oversized Slides.
All TissueFAXS Upright Systems Configurations (Fluo, Histo, PLUS) Are Also Available As TissueFAXS SL (Slide Loader) High-throughput Systems.
In This Configuration, They Are Additionally Equipped With An Automatic Slide Loader And A Specially Adapted Version Of The TissueFAXS Scanning And Image Management Software.
TissueFAXS PLUS Is An Upright Fluorescence And Brightfileld System For The Scanning And Analysis Of Slides, Cytospins, Smears And Tissue Microarrays. The System Is Equipped With TissueQuest/HistoQuest Or StrataQuest PLUS Image Analysis Software.
TissueFAXS I PLUS Is An Inverted Fluorescence And Brightfield System For The Scanning And Analysis Of Slides, Cytospins, Smears And Tissue Microarrays. The System Is Equipped With TissueQuest/HistoQuest Or StrataQuest PLUS Image Analysis Software.
StrataFAXS II is An Upright Brightfield Slide Scanner For acquisition and Analysis Of HE/IHC Processed Tissue Sections, Smears and Tissue Microarrays (TMA). StrataFAXS II With Its Innovative Workflow Allows You To Directly Work On Your Samples Via Real-time Scanning And Live Stitching. The System Is Equipped With HistoQuest Single Cell Analysis Software And/or StrataQuest Contextual Image Cytometry Software Which Includes A Machine Learning Module For Automated Classification Of Histological Entities (e.g. Tumor Foci, Epidermis, Glands, Glomeruli) And A Deep Neural Network For Precise Nuclear Segmentation Even At High Cellular Densities And Low Expression Levels.