MAGUS Lum D490
86358
€
20099,95
Research microscope with a camera. Trinocular head with adjustable tilt, motorized revolving nosepiece and condenser, semi-apochromatic objectives, transmitted light 3W LED source with intelligent lighting control system, and a reflected light source – mercury lamp. Magnification: 40–1000x
A research-grade microscope for studying specimens in reflected light using fluorescence and in transmitted light using brightfield. Installation of additional accessories will allow for darkfield, phase contrast, differential interference contrast, and polarization techniques.
The motorized revolving nosepiece and condenser automate the process of switching objectives and the positioning of the condenser’s flip-down lens. The intelligent lighting control system automatically sets the user-saved brightness for each objective. The user is not distracted by the settings and therefore focused on the research, which accelerates the speed of operations.
Fluorescence microscopy is based on the ability of some substances to glow when exposed to light of a certain part of the spectrum. A set of fluorescence filter cubes for the MAGUS Lum D490 includes filters that provide optimal conditions for fluorescence excitation in five spectral ranges (UV, V, B, G, R) as well as narrowband filters for the DAPI, FITC, and TRITC fluorochromes and their spectral analogs.
The microscope is equipped with a 7.1MP camera with a USB 3.0 interface. The camera connects to a computer and displays the image on its screen. The software complements the system with analysis and documentation functions.
The microscope is used in medical institutions and laboratories, research organizations, forensic centers, industrial and environmental organizations, pharmaceutical companies, and educational institutions.
A research-grade microscope for studying specimens in reflected light using fluorescence and in transmitted light using brightfield. Installation of additional accessories will allow for darkfield, phase contrast, differential interference contrast, and polarization techniques.
The motorized revolving nosepiece and condenser automate the process of switching objectives and the positioning of the condenser’s flip-down lens. The intelligent lighting control system automatically sets the user-saved brightness for each objective. The user is not distracted by the settings and therefore focused on the research, which accelerates the speed of operations.
Fluorescence microscopy is based on the ability of some substances to glow when exposed to light of a certain part of the spectrum. A set of fluorescence filter cubes for the MAGUS Lum D490 includes filters that provide optimal conditions for fluorescence excitation in five spectral ranges (UV, V, B, G, R) as well as narrowband filters for the DAPI, FITC, and TRITC fluorochromes and their spectral analogs.
The microscope is equipped with a 7.1MP camera with a USB 3.0 interface. The camera connects to a computer and displays the image on its screen. The software complements the system with analysis and documentation functions.
The microscope is used in medical institutions and laboratories, research organizations, forensic centers, industrial and environmental organizations, pharmaceutical companies, and educational institutions.
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Digital camera
The MAGUS CLM90 digital camera is designed for use in fluorescence and darkfield microscopy techniques.
The camera is equipped with a 7.1MP sensor and produces realistic images at a resolution of 3200x2200px. A monochrome sensor cannot classify the specimen by color, but it is 2–4 times more light-sensitive than a color sensor. The resulting image is brighter and has higher contrast, making the monochrome camera well-suited for low-light applications.
Video is recorded at 51.3fps or 133.8fps depending on its resolution. Videos are smooth, with soft and subtle transitions between frames. The movement of the sample is displayed in real time with no delays. The camera provides convenient work with moving objects and is suitable for conducting demonstrations in a classroom.
The camera is equipped with a USB 3.0 interface. The data transfer rate is 10 times faster than that of USB 2.0 cameras. The high-speed camera is recommended for professional laboratories, research, or university training.
Microscope head
Trinocular head with infinity-corrected optics. The user selects the most comfortable angle of inclination of the microscope head in the range of 0° to 35°. The digital camera is mounted on the vertical tube. The beam splits 0/100, 100/0, or 80/20.
The basic configuration includes 10x/25mm eyepieces with diopter adjustment and high eyepoint for working with glasses.
Revolving nosepiece
A motorized revolving nosepiece for 6 objectives is oriented away from the observer, toward the stand: The user sees the objective inserted into the optical path, and the space above the stage is free. An additional objective can also be installed in the free slot in order to achieve extra magnification.
Above the nosepiece is a slot with a plug for installing an analyzer or differential interference contrast sliders.
Plan semi-apochromatic fluorescence objectives
The objective lenses are made of fluorite, a mineral with a high degree of transparency over a wide wavelength spectrum, without autofluorescence and birefringence, with corrected secondary spectrum. The high numerical aperture enhances the objective's resolving power. The image in the eyepieces and through the digital camera is cleaner, has more contrast, and is brighter than with regular plan achromatic objectives.
Plan semi-apochromatic objectives have chromatic aberrations that are corrected for four colors, spherical aberration corrected for three colors, and field curvature corrected for 90% of the field of view diameter.
The 4x objective is designed to work with specimens with or without a coverslip. The 10x, 20x, 40x, and 100x objectives are used to observe specimens with a 0.17mm coverslip. The 100x objective supports oil immersion. All of the objectives are designed for the infinity-corrected tube length. The parfocal distance is 60mm.
Remote control of the revolving nosepiece
The front panel of the microscope has objective selection buttons. When you press a button, the revolving nosepiece automatically sets the selected objective to its operating position. A separate button is used to switch between the two most commonly used objectives.
On both sides of the body, next to the focusing knobs, there are buttons for rotating the nosepiece.
The condenser front lens position and illumination brightness are automatically adjusted to match the selected objective.
These features improve user comfort, speed, and efficiency.
Maintaining a comfortable brightness level in transmitted light when changing magnifications
The objectives of different magnifications transmit light with different levels of intensity, and so each time you change objectives, the brightness of the light must be adjusted. Switching from a higher to a lower magnification objective causes eye fatigue, as the image brightness in the eyepieces increases sharply. The MAGUS Lum D490, which is equipped with intelligent brightness control, solves this problem. The microscope remembers the brightness for each objective that the user has selected and automatically sets this brightness when turning the nosepiece. Intelligent control reduces the time required to adjust brightness. MAGUS Lum D490 increases user comfort and saves you time even when your work requires frequent magnification changes.
Focusing mechanism
The microscope features low-position coaxial coarse and fine focusing knobs. The researcher can place their hands on the table and take a comfortable position in front of the microscope.
The coarse focus lock knob helps you quickly adjust the microscope after changing the object of study. The knob is located on the left side of the microscope on the same axis as the focusing mechanism.
The ring on the right side adjusts the tension of the coarse focusing travel. The user adjusts the comfortable tension for work.
Stage
The stage plate is made of sapphire glass. The hardness, durability as well as scratch and chemical resistance of the sapphire glass is second only to diamond glass. It significantly outperforms the popular chemically tempered Gorilla Glass. According to the Mohs scale (a ten-point scale of relative hardness of mineral surfaces), Gorilla Glass scores 6.8, sapphire scores 9, and diamond has a score of 10.
The specimen holder is secured with two screws and can be easily removed during manual scanning.
The height-adjustable stage control knob ensures user comfort, allowing the user’s hand to rest on the desk for fatigue-free operation. The control knob also features tension adjustment, which allows you to select the optimal rotation tension for smooth and precise specimen movement.
Epi-fluorescence illuminator
There is a 6-position rotating turret inside the attachment. The turret allows the installation of up to 5 fluorescence filter cubes. Their configuration is determined by the user during assembly. Switching between filters is done by rotating the turret. One position of the turret corresponds to the brightfield observations.
The microscope kit includes 8 fluorescence filter cubes of different wavelength ranges: broadband blue (B), green (G), ultraviolet (UV), violet (V), and narrowband red (R) as well as narrowband filters for the DAPI, FITC, and TRITC fluorochromes and their spectral analogs.
Adjustable field and aperture diaphragms allow for setting up Köhler illumination.
The fluorescence excitation source is a mercury lamp. It features high brightness and a wide spectrum of wavelengths. The line spectrum with pronounced peaks provides for the effective excitation of a broad spectrum of fluorochromes. The mercury lamp is housed in an external lamphouse with a heat dissipation system, ensuring stable operating conditions for the light source.
Condenser
The condenser is height-adjustable and can be centered. Mounting type: dovetail.
The condenser ring adjusts the iris aperture diaphragm. The condenser body has white aperture markings and color markings for the objective magnification, and the ring has an indicator marker. To achieve optimal contrast, the aperture diaphragm is recommended to be set slightly below the numerical aperture of the objective in use.
The flip-down lens automatically moves out of the optical path for low-magnification objectives and back in for objectives above 10x. One less manual step – for fast and convenient operation.
Transmitted light source
The transmitted light illuminator uses a 3W LED. The color temperature does not change when you adjust the brightness. The LED lifetime is 50,000 hours.
Köhler illumination in transmitted light
The light source is located in the lamphouse at the rear of the microscope, and the light is directed to the collector using a mirror.
The image contrast is controlled by the condenser aperture diaphragm, while the illuminated field area is adjusted by the field diaphragm. The field aperture control is located on the right at the bottom of the body, next to the focus adjustment area. This simplifies the Köhler illumination setup.
Köhler illumination improves the image quality of the observed sample: It provides for the even illumination of the field of view, eliminates stray light, and allows the objective to reach its resolution limit.
Ergonomic design
Physical discomfort causes fatigue and reduces productivity. The ergonomic design of the microscope plays an important role in everyday scientific research.
MAGUS Lum D490 provides user comfort during operation.
The motorized revolving nosepiece and condenser reduce manual operations, and they speed up the workflow during frequent objective changes.
The adjustable head allows the user to select a comfortable viewing angle, thereby reducing neck and back strain.
Focusing knobs are located at the bottom of the body. The user does not need to strain their hands. Thanks to the smooth movement of the mechanism, the user can effortlessly focus on the object.
The microscope is operated with minimal hand movement, since the long stage control handle and fine focusing knob are located in the same working area.
Accessories
There is a line of accessories designed specifically for this microscope.
Optional objectives provide additional magnification.
Eyepieces extend the magnification range of the microscope. Optional eyepieces help you maximize the potential of the objective that you use most often.
The optional attachments for phase contrast, darkfield, polarization, and DIC expand the range of microscopy techniques, allowing you to study specimens that are invisible in brightfield.
A calibration slide is used to measure objects and can be combined with the eyepiece with a scale or with the camera software.
Alternative models
MAGUS Lum D490 can be considered an alternative to the following models: Carl Zeiss Axiscope 5, Leica DM 2500, Leica DM 2500LED, Leica DM 3000, Leica DM 3000LED, Nikon ECLIPSE Ci, Nikon ECLIPSE Ni, Nikon ECLIPSE Si, Olympus BX 53, Olympus BX43 BX53 Fluo Evident. View all of the alternatives.
The MAGUS CLM90 digital camera is designed for use in fluorescence and darkfield microscopy techniques.
The camera is equipped with a 7.1MP sensor and produces realistic images at a resolution of 3200x2200px. A monochrome sensor cannot classify the specimen by color, but it is 2–4 times more light-sensitive than a color sensor. The resulting image is brighter and has higher contrast, making the monochrome camera well-suited for low-light applications.
Video is recorded at 51.3fps or 133.8fps depending on its resolution. Videos are smooth, with soft and subtle transitions between frames. The movement of the sample is displayed in real time with no delays. The camera provides convenient work with moving objects and is suitable for conducting demonstrations in a classroom.
The camera is equipped with a USB 3.0 interface. The data transfer rate is 10 times faster than that of USB 2.0 cameras. The high-speed camera is recommended for professional laboratories, research, or university training.
Microscope head
Trinocular head with infinity-corrected optics. The user selects the most comfortable angle of inclination of the microscope head in the range of 0° to 35°. The digital camera is mounted on the vertical tube. The beam splits 0/100, 100/0, or 80/20.
The basic configuration includes 10x/25mm eyepieces with diopter adjustment and high eyepoint for working with glasses.
Revolving nosepiece
A motorized revolving nosepiece for 6 objectives is oriented away from the observer, toward the stand: The user sees the objective inserted into the optical path, and the space above the stage is free. An additional objective can also be installed in the free slot in order to achieve extra magnification.
Above the nosepiece is a slot with a plug for installing an analyzer or differential interference contrast sliders.
Plan semi-apochromatic fluorescence objectives
The objective lenses are made of fluorite, a mineral with a high degree of transparency over a wide wavelength spectrum, without autofluorescence and birefringence, with corrected secondary spectrum. The high numerical aperture enhances the objective's resolving power. The image in the eyepieces and through the digital camera is cleaner, has more contrast, and is brighter than with regular plan achromatic objectives.
Plan semi-apochromatic objectives have chromatic aberrations that are corrected for four colors, spherical aberration corrected for three colors, and field curvature corrected for 90% of the field of view diameter.
The 4x objective is designed to work with specimens with or without a coverslip. The 10x, 20x, 40x, and 100x objectives are used to observe specimens with a 0.17mm coverslip. The 100x objective supports oil immersion. All of the objectives are designed for the infinity-corrected tube length. The parfocal distance is 60mm.
Remote control of the revolving nosepiece
The front panel of the microscope has objective selection buttons. When you press a button, the revolving nosepiece automatically sets the selected objective to its operating position. A separate button is used to switch between the two most commonly used objectives.
On both sides of the body, next to the focusing knobs, there are buttons for rotating the nosepiece.
The condenser front lens position and illumination brightness are automatically adjusted to match the selected objective.
These features improve user comfort, speed, and efficiency.
Maintaining a comfortable brightness level in transmitted light when changing magnifications
The objectives of different magnifications transmit light with different levels of intensity, and so each time you change objectives, the brightness of the light must be adjusted. Switching from a higher to a lower magnification objective causes eye fatigue, as the image brightness in the eyepieces increases sharply. The MAGUS Lum D490, which is equipped with intelligent brightness control, solves this problem. The microscope remembers the brightness for each objective that the user has selected and automatically sets this brightness when turning the nosepiece. Intelligent control reduces the time required to adjust brightness. MAGUS Lum D490 increases user comfort and saves you time even when your work requires frequent magnification changes.
Focusing mechanism
The microscope features low-position coaxial coarse and fine focusing knobs. The researcher can place their hands on the table and take a comfortable position in front of the microscope.
The coarse focus lock knob helps you quickly adjust the microscope after changing the object of study. The knob is located on the left side of the microscope on the same axis as the focusing mechanism.
The ring on the right side adjusts the tension of the coarse focusing travel. The user adjusts the comfortable tension for work.
Stage
The stage plate is made of sapphire glass. The hardness, durability as well as scratch and chemical resistance of the sapphire glass is second only to diamond glass. It significantly outperforms the popular chemically tempered Gorilla Glass. According to the Mohs scale (a ten-point scale of relative hardness of mineral surfaces), Gorilla Glass scores 6.8, sapphire scores 9, and diamond has a score of 10.
The specimen holder is secured with two screws and can be easily removed during manual scanning.
The height-adjustable stage control knob ensures user comfort, allowing the user’s hand to rest on the desk for fatigue-free operation. The control knob also features tension adjustment, which allows you to select the optimal rotation tension for smooth and precise specimen movement.
Epi-fluorescence illuminator
There is a 6-position rotating turret inside the attachment. The turret allows the installation of up to 5 fluorescence filter cubes. Their configuration is determined by the user during assembly. Switching between filters is done by rotating the turret. One position of the turret corresponds to the brightfield observations.
The microscope kit includes 8 fluorescence filter cubes of different wavelength ranges: broadband blue (B), green (G), ultraviolet (UV), violet (V), and narrowband red (R) as well as narrowband filters for the DAPI, FITC, and TRITC fluorochromes and their spectral analogs.
Adjustable field and aperture diaphragms allow for setting up Köhler illumination.
The fluorescence excitation source is a mercury lamp. It features high brightness and a wide spectrum of wavelengths. The line spectrum with pronounced peaks provides for the effective excitation of a broad spectrum of fluorochromes. The mercury lamp is housed in an external lamphouse with a heat dissipation system, ensuring stable operating conditions for the light source.
Condenser
The condenser is height-adjustable and can be centered. Mounting type: dovetail.
The condenser ring adjusts the iris aperture diaphragm. The condenser body has white aperture markings and color markings for the objective magnification, and the ring has an indicator marker. To achieve optimal contrast, the aperture diaphragm is recommended to be set slightly below the numerical aperture of the objective in use.
The flip-down lens automatically moves out of the optical path for low-magnification objectives and back in for objectives above 10x. One less manual step – for fast and convenient operation.
Transmitted light source
The transmitted light illuminator uses a 3W LED. The color temperature does not change when you adjust the brightness. The LED lifetime is 50,000 hours.
Köhler illumination in transmitted light
The light source is located in the lamphouse at the rear of the microscope, and the light is directed to the collector using a mirror.
The image contrast is controlled by the condenser aperture diaphragm, while the illuminated field area is adjusted by the field diaphragm. The field aperture control is located on the right at the bottom of the body, next to the focus adjustment area. This simplifies the Köhler illumination setup.
Köhler illumination improves the image quality of the observed sample: It provides for the even illumination of the field of view, eliminates stray light, and allows the objective to reach its resolution limit.
Ergonomic design
Physical discomfort causes fatigue and reduces productivity. The ergonomic design of the microscope plays an important role in everyday scientific research.
MAGUS Lum D490 provides user comfort during operation.
The motorized revolving nosepiece and condenser reduce manual operations, and they speed up the workflow during frequent objective changes.
The adjustable head allows the user to select a comfortable viewing angle, thereby reducing neck and back strain.
Focusing knobs are located at the bottom of the body. The user does not need to strain their hands. Thanks to the smooth movement of the mechanism, the user can effortlessly focus on the object.
The microscope is operated with minimal hand movement, since the long stage control handle and fine focusing knob are located in the same working area.
Accessories
There is a line of accessories designed specifically for this microscope.
Optional objectives provide additional magnification.
Eyepieces extend the magnification range of the microscope. Optional eyepieces help you maximize the potential of the objective that you use most often.
The optional attachments for phase contrast, darkfield, polarization, and DIC expand the range of microscopy techniques, allowing you to study specimens that are invisible in brightfield.
A calibration slide is used to measure objects and can be combined with the eyepiece with a scale or with the camera software.
Alternative models
MAGUS Lum D490 can be considered an alternative to the following models: Carl Zeiss Axiscope 5, Leica DM 2500, Leica DM 2500LED, Leica DM 3000, Leica DM 3000LED, Nikon ECLIPSE Ci, Nikon ECLIPSE Ni, Nikon ECLIPSE Si, Olympus BX 53, Olympus BX43 BX53 Fluo Evident. View all of the alternatives.
Microscope features:
Camera features:
- Microscopy techniques: fluorescence in reflected light, brightfield in transmitted light
- Mercury lamp with line spectrum ensures that you can carry out work with a broad range of fluorochromes
- The microscope kit includes 8 fluorescence filter cubes; the user selects and installs up to 5 cubes into the turret depending on the research applications
- Trinocular head with a vertical camera port, adjustable tilt angle, and beam splitting ratio: 0/100, 100/0, or 80/20
- Motorized revolving nosepiece controlled by ergonomic buttons on the lower stand for one-touch objective switching
- Plan semi-apochromatic fluorescence objectives with high resolving power
- Transmitted light illuminator: energy-saving 3W LED with a lifetime of up to 50,000 hours
- Köhler illumination in transmitted and reflected light
- Motorized condenser with flip-down lens
- Intelligent lighting control system in transmitted light: automatic brightness selection when changing the working objective
- The stage has a sapphire glass plate and a long control handle for comfort during use
- Wide range of compatible optional accessories
Camera features:
- For fluorescence and darkfield observations
- 7.1MP resolution: When observing with low magnification objectives, the camera will allow you to see finer details
- 51.3fps and 133.8fps at 3200x2200px and 1584x1100px resolutions for observing moving samples, recording video, and moving the preparation without jerks and delays
- Peltier element reduces the sensor temperature during prolonged operation and eliminates thermal noise. Therefore, long shutter speeds can be used when taking photos
- Global shutter for fast signal readout from the sensor, increased image brightness, and no false optical effects when observing moving objects
- SONY Exmor monochrome CMOS backlit sensor provides a low noise level and a high level of light sensitivity even in low-light conditions. You will get clearer, brighter, and higher-contrast images
- USB 3.0 interface for fast data transfer with no jerking or lagging
- Software with functions for taking photos, recording video, editing, displaying images on an external screen, and measuring linear and angular dimensions
- MAGUS CLM90 digital camera (digital camera, USB cable, power adapter, carrying case, USB flash drive with drivers and software, user manual, and warranty card)
- Stand with a focusing mechanism, eco-mode support, semi-automatic control of the revolving nosepiece and condenser
- Transmitted light LED lamphouse (mounted on the stand)
- Motorized revolving nosepiece (mounted on the stand)
- Stage holder with a condenser mount
- Stage with specimen holder
- Motorized Abbe condenser with flip-down lens
- Epi-fluorescence illuminator
- B/G/UV/V/R/FITC/TRITC/DAPI fluorescence filter cubes
- Mercury lamphouse with a power supply
- Trinocular microscope head
- Plan semi-apochromatic fluorescence objective PlanF S-Apo 4x/0.13 ∞/– WD 17mm, parfocal distance: 60mm
- Plan semi-apochromatic fluorescence objective PlanF S-Apo 10x/0.30 ∞/0.17 WD 16mm, parfocal distance: 60mm
- Plan semi-apochromatic fluorescence objective PlanF S-Apo 20x/0.50 ∞/0.17 WD 2.7mm, parfocal distance: 60mm
- Plan semi-apochromatic fluorescence objective PlanF S-Apo 40x/0.75 ∞/0.17 WD 1.4mm, parfocal distance: 60mm
- Plan semi-apochromatic fluorescence objective PlanF S-Apo 100x/1.40 oil ∞/0.17 WD 0.18mm, parfocal distance: 60mm
- 10x/25mm eyepiece with high eyepoint and diopter adjustment (2 pcs.)
- Eyecup (2 pcs.)
- 1x C-mount adapter
- Microscope power adapter and power cord
- Power cord for the epi-fluorescence illuminator
- Dust cover
- User manual and warranty card
Available on request:
- Plan achromatic objective Plan 2x/0.06 ∞/–, parfocal distance: 60mm
- Plan achromatic objective Plan 60x/0.80 ∞/0.17, parfocal distance: 60mm
- Plan apochromatic objective Plan Apo 60x/1.42 oil ∞/0.17, parfocal distance: 60mm
- Plan achromatic objective Plan 100x/1.10 water ∞/0.17, parfocal distance: 60mm
- 10x/22mm eyepiece with a scale
- 10x/22mm eyepiece with a reticle
- 10x/22mm eyepiece with crosshairs
- 12.5x/16mm eyepiece (2 pcs.)
- 15x/16mm eyepiece (2 pcs.)
- 20x/12mm eyepiece (2 pcs.)
- 30x/8mm eyepiece (2 pcs.)
- Phase contrast device: phase contrast condenser, set of phase objectives, centering telescope
- Darkfield condenser NA 0.7–0.9
- Darkfield immersion condenser NA 1.3–1.26
- Differential Interference Contrast (DIC) device
- Epi-fluorescence attachment with LED light source, fluorescence filter cubes, and power cable
- Polarizer/analyzer set
- Calibration slide
- Monitor and digital camera with HDMI interface
- Set of color filters (blue, green, yellow, frosted glass)
Microscope design: upright
Image field: flat
Reflected light microscopy techniques: fluorescence
Transmitted light microscopy techniques: brightfield, darkfield (optional), polarized light (optional), phase contrast (optional), differential interference contrast (optional)
Microscope magnification, x: 40–1000 basic configuration (*optional: 40–1250/1500/2000)
Tube length: infinity (∞)
Microscope head: trinocular
Beam splitting ratio (eyepieces/trinocular tube): 0/100, 100/0, 80/20
Inclination: 0–35°, adjustable
Microscope head magnification, x: 1
C-mount adapter magnification, x: 1
Interpupillary distance, mm: 47–78
Eyepiece diameter, mm: 30
Eyepieces, x/field, mm: 10x/25 with diopter adjustment ± 5dp, high eyepoint (*optional: 10x/22 with a scale, 10x/22 with a reticle, 10x/22 with crosshairs, 12.5x/16, 15x/16, 20x/12, 30x/8)
Revolving nosepiece: 6 objectives, motorized
Optical design: fluorescence plan semi-apochromatic, infinity-corrected, parfocal distance: 60mm
Objectives, x/aperture/working distance, mm: 4x/0.13/17; 10x/0.30/16; 20x/0.50/2.7; 40x/0.75/1.4; 100x/1.40 (oil)/0.18 (*optional: Plan 2x/0.06; Plan 60x/0.80; Plan 100x/1.10 water; Plan Apo 60x/1.42 oil)
Spring-loaded retractable assembly: 40x, 60x, 100x
Stage: 190×152mm, two-axis mechanical stage with sapphire glass plate
Moving range, mm: 78/32
Condenser: motorized condenser NA 0.9/0.25 with a flip-down front lens; centerable and height-adjustable, with adjustable aperture diaphragm; dovetail mount
Field diaphragm: adjustable iris
Focusing mechanism: coaxial coarse & fine focusing knobs on both sides
Coarse focusing travel, mm: 35
Coarse focusing travel, mm/circle: 18.85
Fine focusing travel, mm/circle: 0.1
Fine focusing scale value, μm: 1
Coarse focusing tension adjusting knob: +
Coarse focusing lock knob: +
Illumination technique: transmitted and reflected light
Reflected light source: mercury lamp
Transmitted light source: 3W LED
Intelligent lighting control system: automatic brightness adjustment in transmitted light when changing objectives
Device for working in fluorescence technique: epi-fluorescence attachment with mercury lamphouse (*optional: epi-fluorescence attachment with LED light source)
Fluorescence filters: filter type, excitation wavelength / dichroic mirror / emission wavelength: blue (B), 460–495nm / 505nm / 510nm; green (G), 510–550nm / 570nm / 575nm; ultraviolet (UV), 330–385nm / 410nm / 420nm; violet (V), 400–410nm / 455nm / 460nm; red (R), 620–650nm / 660nm / 670–750nm
Fluorescence filters: fluorochrome, excitation wavelength / dichroic mirror / emission wavelength: DAPI, 360–390nm / 415nm / 435–485nm; FITC, 460–495nm / 505nm / 510–550nm; TRITC, 528–553nm / 565nm / 578–633nm
Phase contrast technique: *optional: phase contrast turret condenser; phase contrast objective (10x, 20x, 40x, 100x); centering telescope
Darkfield condenser: *optional: dry darkfield condenser NA 0.7–0.9 (for dry objectives); oil darkfield condenser NA 1.3–1.26 (for 100x immersion objective)
Differential Interference Contrast (DIC) device: *optional
Polarizer/analyzer set: *optional: polarizer mounted on the collector; analyzer in the slot of the stand above the revolving nosepiece
Power supply, V/Hz: AC power supply, 100–240 / 50/60
Operating temperature range, °C: 5… 40
Operating humidity range, %: 0… 80 (up to 31°C)
Image field: flat
Reflected light microscopy techniques: fluorescence
Transmitted light microscopy techniques: brightfield, darkfield (optional), polarized light (optional), phase contrast (optional), differential interference contrast (optional)
Microscope magnification, x: 40–1000 basic configuration (*optional: 40–1250/1500/2000)
Tube length: infinity (∞)
Microscope head: trinocular
Beam splitting ratio (eyepieces/trinocular tube): 0/100, 100/0, 80/20
Inclination: 0–35°, adjustable
Microscope head magnification, x: 1
C-mount adapter magnification, x: 1
Interpupillary distance, mm: 47–78
Eyepiece diameter, mm: 30
Eyepieces, x/field, mm: 10x/25 with diopter adjustment ± 5dp, high eyepoint (*optional: 10x/22 with a scale, 10x/22 with a reticle, 10x/22 with crosshairs, 12.5x/16, 15x/16, 20x/12, 30x/8)
Revolving nosepiece: 6 objectives, motorized
Optical design: fluorescence plan semi-apochromatic, infinity-corrected, parfocal distance: 60mm
Objectives, x/aperture/working distance, mm: 4x/0.13/17; 10x/0.30/16; 20x/0.50/2.7; 40x/0.75/1.4; 100x/1.40 (oil)/0.18 (*optional: Plan 2x/0.06; Plan 60x/0.80; Plan 100x/1.10 water; Plan Apo 60x/1.42 oil)
Spring-loaded retractable assembly: 40x, 60x, 100x
Stage: 190×152mm, two-axis mechanical stage with sapphire glass plate
Moving range, mm: 78/32
Condenser: motorized condenser NA 0.9/0.25 with a flip-down front lens; centerable and height-adjustable, with adjustable aperture diaphragm; dovetail mount
Field diaphragm: adjustable iris
Focusing mechanism: coaxial coarse & fine focusing knobs on both sides
Coarse focusing travel, mm: 35
Coarse focusing travel, mm/circle: 18.85
Fine focusing travel, mm/circle: 0.1
Fine focusing scale value, μm: 1
Coarse focusing tension adjusting knob: +
Coarse focusing lock knob: +
Illumination technique: transmitted and reflected light
Reflected light source: mercury lamp
Transmitted light source: 3W LED
Intelligent lighting control system: automatic brightness adjustment in transmitted light when changing objectives
Device for working in fluorescence technique: epi-fluorescence attachment with mercury lamphouse (*optional: epi-fluorescence attachment with LED light source)
Fluorescence filters: filter type, excitation wavelength / dichroic mirror / emission wavelength: blue (B), 460–495nm / 505nm / 510nm; green (G), 510–550nm / 570nm / 575nm; ultraviolet (UV), 330–385nm / 410nm / 420nm; violet (V), 400–410nm / 455nm / 460nm; red (R), 620–650nm / 660nm / 670–750nm
Fluorescence filters: fluorochrome, excitation wavelength / dichroic mirror / emission wavelength: DAPI, 360–390nm / 415nm / 435–485nm; FITC, 460–495nm / 505nm / 510–550nm; TRITC, 528–553nm / 565nm / 578–633nm
Phase contrast technique: *optional: phase contrast turret condenser; phase contrast objective (10x, 20x, 40x, 100x); centering telescope
Darkfield condenser: *optional: dry darkfield condenser NA 0.7–0.9 (for dry objectives); oil darkfield condenser NA 1.3–1.26 (for 100x immersion objective)
Differential Interference Contrast (DIC) device: *optional
Polarizer/analyzer set: *optional: polarizer mounted on the collector; analyzer in the slot of the stand above the revolving nosepiece
Power supply, V/Hz: AC power supply, 100–240 / 50/60
Operating temperature range, °C: 5… 40
Operating humidity range, %: 0… 80 (up to 31°C)
Sensor: SONY Exmor CMOS
Color/monochrome: monochrome
Number of megapixels: 7.1
Maximum resolution, px: 3200x2200
Sensor size: 1.1" (14.4x9.9mm)
Pixel size, µm: 4.5x4.5
Two-stage thermoelectric module (Peltier element) to set the temperature 42°C below room temperature: +
Light sensitivity: 3354mV with 1/30s
Signal/noise ratio: 0.15mV with 1/30s
Exposure: 0.1ms–1h
Video recording: +
Frame rate, fps at resolution, px: 51.3@3200x2200; 133.8@1584x1100
ADC digit capacity, bit: 8/12 (switchable)
Mounting location: trinocular tube
Image format: *.jpg, *.bmp, *.png, *.tif
Video format: *.wmv, *.avi, *.h264 (Win 8 or above), *.h265 (Win 10 or above)
Spectral range, nm: 380–700 (with anti-reflective filter)
Shutter type: Global shutter
White balance: auto/manual
Exposure control: auto/manual
Software features: image size, brightness, exposure
Port: USB 3.0, 5Gbps
System requirements: Windows 8/10/11 (32bit and 64bit), Mac OS X, Linux, up to 2.8GHz Intel Core 2 or higher, minimum 2GB RAM, USB 3.0 port, 17” or larger display
Software: MAGUS View
Mount type: C-mount
Body: cast aluminum
Power supply: DC 5V, from the USB port of the computer; 12V/3A power supply adapter for the Peltier thermoelectric cooler
Operating temperature range, °C: –10... 50
Operating humidity range, %: 30… 80
Color/monochrome: monochrome
Number of megapixels: 7.1
Maximum resolution, px: 3200x2200
Sensor size: 1.1" (14.4x9.9mm)
Pixel size, µm: 4.5x4.5
Two-stage thermoelectric module (Peltier element) to set the temperature 42°C below room temperature: +
Light sensitivity: 3354mV with 1/30s
Signal/noise ratio: 0.15mV with 1/30s
Exposure: 0.1ms–1h
Video recording: +
Frame rate, fps at resolution, px: 51.3@3200x2200; 133.8@1584x1100
ADC digit capacity, bit: 8/12 (switchable)
Mounting location: trinocular tube
Image format: *.jpg, *.bmp, *.png, *.tif
Video format: *.wmv, *.avi, *.h264 (Win 8 or above), *.h265 (Win 10 or above)
Spectral range, nm: 380–700 (with anti-reflective filter)
Shutter type: Global shutter
White balance: auto/manual
Exposure control: auto/manual
Software features: image size, brightness, exposure
Port: USB 3.0, 5Gbps
System requirements: Windows 8/10/11 (32bit and 64bit), Mac OS X, Linux, up to 2.8GHz Intel Core 2 or higher, minimum 2GB RAM, USB 3.0 port, 17” or larger display
Software: MAGUS View
Mount type: C-mount
Body: cast aluminum
Power supply: DC 5V, from the USB port of the computer; 12V/3A power supply adapter for the Peltier thermoelectric cooler
Operating temperature range, °C: –10... 50
Operating humidity range, %: 30… 80
