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Darkfield microscopes
Darkfield contrast is typically used for unstained samples. The image seen has the appearance of a dark, almost black background with highlighted bright objects on it, producing very recognizable, often even called spectacular images. These objects, because they are unstained, are hard to see with brightfield contrast. The applications are mostly biological samples, smears from tissue culture or water-borne, single-celled organisms
In the past darkfield microscopy was limited due low light levels seen in image. Euromex has overcome this issue by developing very strongly illumination methods, without causing damage to the samples
- Ideal for secondary schools and universities and for veterinary applications
- Mono, bino and trino models
- For intensively use
- Revolving reversed nosepiece
- For professionals in Life Sciences
- Bino, trino and multihead systems
- High resolution optics
- Optional tilting head
- Ideal for live blood analysis
- 5 W Cardioid mirror darkfield condenser
- S100x oil objective with build-in iris
- Trinocular models
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Digital Solutions
Get ready to discover the digital world of microscopy with the newest Euromex digital products. The broad Euromex product range of digital cameras and digital microscopes with built-in camera offer the best matching solutions for your specific application needs
Euromex digital educational products incorporate all latest available technology in this field like WiFi, HDMI and sCMOS
- HD 1080p high definition video camera
- Real time images directly on screen
- Stand alone or used via PC or simultaneous use
- Built-in mouse-driven software
- MonoZoom stand-alone digital microscope
- Zoom from 0.7x up to 5x
- 105 mm working distance
- 170 mm working distance with 0.5x lens
- Ultra HD 2160p, 8 MP, 1/8 inch color 4K Sony sensor
- 3840 x 2160 pixels, 60 fps, H264 codec
- ADC 16 bits, color depth 36 bits
- Real time images directly on TV, monitor or beamer
- High defenition 720P color camera
- Real time images directly on screen
- Stand alone
- Built-in mouse controlled software
- HD 1080p high definition video camera
- Autofocus system
- Real time images directly on TV, monitor or beamer (HDMI)
- Stand alone system
- High speed cameras
- 1 to 18 Mpix CMOS sensors
- ADC 12 bits, color depth 24 bits
- USB 3.0 interface (USB 2.0 compatible)
- Highest speed camera
- SONY Exmor R sCMOS color USB 3.0 camera
- USB 3.0 interface
- Back-illuminated sCMOS sensor
- Entry level cameras
- For amateur, education and laboratories
- CMOS color USB 2.0 camera
- Color depth 24 bits
- Color CMOS WiFi camera
- Real time images
- 1/2.5 inch, 5.0 MP CMOS sensor
- ADC 12 bits, color depth 24 bits
- Peltier cooled cameras for universities, laboratories and industry
- For fluorescence applications
- 6 or 20 Mpix color cameras
- Large 1 inch camera sensors
- Extremely well true-to-live colors
- Designed for brightfield, darkfield and phase contrast applications
- Composite, SCART or S-Video for connection
- Bright-, darkfield and phase contrast
- 1” Tablet with microscope camera
- 1280 x 800 pixels HD touchscreen
- The snap-on keyboard uses a magnetic docking system
- Including keyboard
- Monocular and binocular models
- Semi plan objectives
- Integrated digital 5.0 MP USB-2 camera
- Integrated mechanical stage
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Fluorescence microscopes
For biological and medical applications, microscopes equipped for fluorescence are used to observe certain parts of living cells and tissues with help of fluorophores
One or more fluophores are added to certain parts of the specimen tissue or cells. When exposed to so-called “exicitation light”, the fluorophore absorbs energy from the excitation light and emits ligth in another visible wavelengt. This make it possible to distinguish tumor cells from other cells, to prove the presence or absence of antibodies or to observe sub-microscopic structures of cells and tissues,etc
Euromex fluorescence microscopes are constructed with an incident light source, specific Plan or Plan Fluarex – optional semi-apochromatic – objectives, a set of excitation and emission filters and a dichroic mirror
The upright models have a modern 3 Watt LED transmitted light source and a 100 W incident mercury vapor illuminator. The inverted models have a 100 W transmitted mercury vapor illuminator and a 30 W halogen incident light source
- State-of-art microscope
- Excellent optics
- Suitable for fluorescence applications
- CSS – Cable Storage System
Delphi-X Observer fluorescence
- Trinocular model
- Ergonomic tilting head
- Sextuple reversed nosepiece
- Enhanced infinity corrected EIS optical system
- Life science applications
- Observation of tissue cultures, living cells
- Brightfield, phase contrast
- DIC (differential interference contrast)
- Life science applications
- Observation of fluorescence in tissues and cells
- Brightfield, phase contrast fluorescence observations
- DIC (differential interference contrast)
- For professionals in research
- Binocular and trinocular models
- Integrated mechanical stage
- Ergonomic stand and head
- Life Science applications
- Observation of living cells
- Brightfield, phase contrast & fluor
- 5 W LED transmitted illumination
- WF 10x/22 mm eyepieces
- E-plan IOS, Plan IOS and Plan Fluarex IOS objectives
- 4 monochromatic LEDs or a 100 W HBO mercury vapor lamp
- 3 W NeoLED™ adjustable illumination system
- Trinocular version
- Supplied with fluorescence filters
- Dichroic mirrors for excitation
- Reversed nosepiece 5 objectives
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Illumination Solutions
Choosing the right illumination is essential with stereo microscopes and is mostly determined by the transparency of the object.
With non transparent objects, an incident or epi-illumination will be used. An incident illumination can be coaxial or for a certain angle. With transparent or partial transparent objects, a transmitted or diascopic illumination can be used. Sometimes, using both incident and transmitted illumination at the same, can give better results in order to reveal some details.
The geometry, surface structure and material composition of the object are also important parameters for choosing the best illumination solution.
Euromex offers different cold light sources, halogen and/or LED, ring lights and fluorescent illumination solutions
- Professional cold light source
- For Materials Science and stereo microscopy
- Halogen 150 W or 30 W PowerLED
- Built-in forced air cooling
- Professional base station with various LED cold light sources
- For Materials Science and stereo microscopy
- Four independent and autonomous illuminators
- Complete illumination solution in one station
- Compact cold light source source
- For Materials Science and stereo microscopy
- Halogen 20 W
- With Ø 6 mm fibre light conductor
- Economical and compact light source
- for life and materials sciences, various industrial applications and for stereo microscopy
- With two self-sustaining 3W gooseneck arms
- Available with white light spectrum and three monochromatic wavelengths
- High-power LED ring light
- 144 LEDs with adjustable intensity
- 4 Segment illumination
- Illuminance 23,000 Lux at 100 mm
- Mid-level ring LED light source
- 72 LEDs with adjustable intensity
- 4 Segment illumination
- Illuminance 21.000 Lux at 100 mm
LE.1980-LE.1981 Ring light source
- Professional ring light source
- 48 LEDs with adjustable intensity
- Metal construction
- Illuminance 17.000 Lux at 100 mm
LE.1990-LE.1991 Ring light source
- Professional ring light source
- 72 LEDs with adjustable intensity
- Analog or digital controller
- Illuminance 21.000 Lux at 100 mm
LE.1863 Ring light source (fluorescent light)
- Fluorescent ring light source
- For ZE series stereomicroscopes
- Integrated 240 Vac power supply
- Low heat production
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Inverted microscopes
Inverted microscopes for Life Sciences are often used to observe cell and/or tissue cultures in a Petri dish of flask. The observation can be done under more natural conditions than on a glass slide. The light source and condenser are mounted on the top of the microscope above the stage, the objectives and turret mounted below the stage
The inverted biological microscopes of Euromex are available for bright or phase contrast and also with fluorescence attachment. Specific objectives compensate the 1.2 mm thick bottoms of the petri dishes or culture flaks
- Life Science applications
- Observation of living cells
- Brightfield, phase contrast & fluor
- 5 W LED transmitted illumination
- Life science applications
- Observation of tissue cultures, living cells
- Brightfield, phase contrast
- DIC (differential interference contrast)
- Life science applications
- Observation of fluorescence in tissues and cells
- Brightfield, phase contrast fluorescence observations
- DIC (differential interference contrast)
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MAGNIFIERS & MEASURING MICROSCOPES
The Euromex excellent loupes are widely used by biologists, jewelers, watchmakers and philatelists to accurately observe all details of the objects, but also by many visually impaired people. The measurement magnifying glasses are used in the graphical industry, precision mechanics and in the electronic industry
Euromex supplies a widerange of hand-held, table and measurement magnifying glasses. All magnifying glasses, unless otherwise stated, are made from glass lenses
- Magnification 4 – 10x
- Low magnifying power
- Used by biologists and jewelers
- Excellent optical quality
- Doublet or triplet multiple-lens
- Aplanatic or achromatic lens
- Magnification 6 – 30x
- Packed in a leather case
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Phase contrast microscopes
Microscopes for phase contrast enables the observation of samples with poor or no contrast which can’t be observed with a bright field contrast microscope. It also enables the observation of living organisms without staining them. Microscopes with phase contrast have specific phase contrast objectives and a phase contrast condenser
- The BlueLine flagship
- Binocular and trinocular models
- Plan and plan phase objectives
- Finity and infinity optical system
- For professionals in Life Sciences
- Bino, trino and multihead systems
- High resolution optics
- Optional tilting head
- Life Science applications
- Observation of living cells
- Brightfield, phase contrast & fluor
- 5 W LED transmitted illumination
- Ideal for secondary schools and universities and for veterinary applications
- Mono, bino and trino models
- For intensively use
- Revolving reversed nosepiece
- Monocular, binocular and trinocular models
- Robust and attractively priced
- Reversed ball-beared quadruple or quintuple rotating nosepiece
- Digital models available
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Polarization microscopes
A polarised light microscope for Life Science applications is an standard optical microscope that is equipped with a circular 360° rotating stage, strain free objectives, a polariser to generate polarised light and a second polariser – called the “analyzer” to the light path between objective and eyepiece
Steady advances made over the past few years have enabled biologists to study the birefringent character of many anisotropic sub-cellular assemblies. Today, more and more biologist uses polarised light microscope for their investigation
iScope materials science (polarization)
- EWF 10x/20 mm and EWF 10x/22 mm eyepieces
- Binocular and trinocular models
- Plan strain free infinity corrected objectives
- Ø 160 mm rotatable round stage
Delphi-X Observer polarization
- Brightfield and polarization
- 360° rotatable analyzer and polarizer
- Bertrand lens for conoscopic observation
- Enhanced infinity corrected EIS optical system
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Stereo microscopes
A stereo microscope or dissecting microscope is an optical microscope with a fixed or adjustable magnification (zoom) objective and is designed for observation of samples at relative low magnifications from 2,5 to 90 times (max. 300 times). These microscopes consists out of two distinct optical systems providing 2 images, one image for each eye. Subsequently, the human brain combines the two images to one 3-dimensional image with increased depth of focus
The stereo microscope is intensively used in laboratories for sample preparation or to study all kind of objets in the field of Life Sciences
- Binocular and trinocular models
- Build your own stereo microscope
- Standard versions or customized
- Very high resolution optics
- Binocular and trinocular heads with HWF 10x/22 mm or HWF 10x/23 mm eyepieces (EVO)
- Zoom ratio 1: 6.7, 6.7x to 45x or 1: 8.4, 6.5x to 55x
- Ergonomic stands
- Double 3 W LED illumination
- Designed for professional use
- Crisp, high resolution images
- Robust and sturdy
- Dual magnifications or Zoom models
- High-end stereo microscopes
- Modular system
- Binocular and trinocular models
- Superior resolution optics
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Upright microscopes
The upright biological microscopes are available in many configurations like the common bright and darkfield contrast but also for phase contrast and models for polarization applications or fluorescence microscopy. Customer specific configurations are also possible
- Sextuple reversed nosepiece
- Super Wide field SWF 10x/25mm eyepieces, Ø 30 mm tubes
- Enhanced infinity corrected EIS optical system
- Motorized versions
Delphi-X Observer fluorescence
- Trinocular model
- Ergonomic tilting head
- Sextuple reversed nosepiece
- Enhanced infinity corrected EIS optical system
- EWF 10x/22 mm and EWF 10x/20 mm eyepieces
- Optional tilting head
- Quintuple reversed nosepiece
- Plan, phase and darkfield illumination
- State-of-art microscope
- Excellent optics
- Suitable for fluorescence applications
- CSS – Cable Storage System
- Ideal for live blood analysis
- 5 W Cardioid mirror darkfield condenser
- S100x oil objective with build-in iris
- Trinocular models
- Monocular, binocular and trinocular models
- Robust and attractively priced
- Reversed ball-beared quadruple or quintuple rotating nosepiece
- Digital models available
- WF 10x/22 mm eyepieces
- E-plan IOS, Plan IOS and Plan Fluarex IOS objectives
- 4 monochromatic LEDs or a 100 W HBO mercury vapor lamp
- 3 W NeoLED™ adjustable illumination system
- For professionals in Life Sciences
- Bino, trino and multihead systems
- High resolution optics
- Optional tilting head
- For professionals in research
- Binocular and trinocular models
- Integrated mechanical stage
- Ergonomic stand and head
- The BlueLine flagship
- Binocular and trinocular models
- Plan and plan phase objectives
- Finity and infinity optical system
- Ideal for secondary schools and universities and for veterinary applications
- Mono, bino and trino models
- For intensively use
- Revolving reversed nosepiece
- Trinocular version
- Supplied with fluorescence filters
- Dichroic mirrors for excitation
- Reversed nosepiece 5 objectives
