MAGUS Lum 470L
86545
€
14819,95
Magnification: 40–1000x. Trinocular microscope head, coded revolving nosepiece, plan semi-apochromatic objectives, LED illuminators for reflected and transmitted light, and intelligent lighting control system
A research-grade microscope for studying specimens in reflected light using fluorescence and in transmitted light using brightfield. The installation of optional accessories allows for darkfield, phase contrast, differential interference contrast, and polarization microscopy.
The coded revolving nosepiece maintains a comfortable brightness level when switching objectives. The microscope's intelligent lighting control system improves researcher comfort, speed, and workflow efficiency. The smart functions eliminate the need for manual lighting adjustment when changing magnifications.
Fluorescence microscopy is based on the ability of some substances to glow when exposed to light of a certain part of the spectrum. The reflected light illuminator contains three filter cubes that provide optimal conditions for exciting fluorescence in the commonly used fluorochromes DAPI, FITC, and TRITC as well as their spectral analogs.
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. The installation of optional accessories allows for darkfield, phase contrast, differential interference contrast, and polarization microscopy.
The coded revolving nosepiece maintains a comfortable brightness level when switching objectives. The microscope's intelligent lighting control system improves researcher comfort, speed, and workflow efficiency. The smart functions eliminate the need for manual lighting adjustment when changing magnifications.
Fluorescence microscopy is based on the ability of some substances to glow when exposed to light of a certain part of the spectrum. The reflected light illuminator contains three filter cubes that provide optimal conditions for exciting fluorescence in the commonly used fluorochromes DAPI, FITC, and TRITC as well as their spectral analogs.
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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Microscope head
Trinocular head with infinity-corrected optics. The eyepiece tubes are raised and lowered, changing their position by rotating around the axis. The user can adjust the eyepiece height to suit their individual stature.
The digital camera is mounted in the trinocular tube. Fixed beam splitting ratio (%): 50/50.
The vertical tube provides 0.55x magnification. When paired with the included 1x adapter, the final magnification at the camera is 0.55x. When selecting a camera, this 0.55x factor should be taken into account.
The basic configuration includes 10x/22mm eyepieces with diopter adjustment and high eyepoint for working with glasses.
Revolving nosepiece
The coded revolver for five objectives is oriented toward the interior: The user can see the objective inserted into the optical path, and the space above the stage is free. Above the nosepiece is a slot with a plug for installing an analyzer, compensators, 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.
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 due to a sharp increase in the brightness of the eyepiece image. The MAGUS Lum 470L, which is equipped with intelligent brightness control, solves this problem. The optimal level of light brightness is automatically switched for each objective, thereby eliminating unexpected changes in brightness when changing magnification. This feature optimizes the workflow, reduces eye fatigue, and improves comfort during extended use.
Focusing mechanism
With a large number of specimens, the operator constantly uses the fine focusing knob for performing their work. To reduce wrist strain, the microscope uses a responsive mechanism with smooth travel. The fine focusing knob has special grooves for your fingers. Fine focus adjustment is effortless, which reduces hand strain during long work sessions.
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 does not have an X-axis rack and pinion, which improves convenience. The belt-driven mechanism allows for smooth movement of the specimen. The specimen holder is secured with two screws and can be easily removed during manual scanning.
The long stage control handle ensures user comfort: The hand rests on the table with no strain.
Epi-fluorescence illuminator
Inside the attachment body, there is a 4-position rotating turret with three narrowband fluorescence filters for the fluorochromes DAPI, FITC, and TRITC as well as their spectral analogs. The filter is selected by rotating the ring. One position of the turret corresponds to the brightfield observations.
A field diaphragm and an aperture diaphragm enable Köhler illumination in reflected light.
The excitation light sources are LEDs. The LEDs instantly reach the brightness that is set by the user. They do not heat up during prolonged use and can switch off quickly, if necessary. This makes it easy to switch from the brightfield technique to fluorescence and back again. The LED lifetime is 50,000 hours. It is recommended to choose LED-based fluorescence for higher education as it is the safest option and requires minimal maintenance.
Condenser
The Abbe condenser is height-adjustable and can be centered. Mounting type: dovetail.
The condenser ring adjusts the iris aperture diaphragm. The condenser body has an aperture marking, and the ring has an indicator marker. To achieve a high-contrast image, it is recommended to set the aperture diaphragm slightly below the numerical aperture of the objective in use by using the markings and indicator as a guide.
Transmitted light source
The transmitted light illuminator uses a 3W LED. The microscope illuminator has the function of adjusting the color temperature in the range of 3000K to 7000K. The user selects a color temperature that is comfortable for their eyes, and they can easily change it with just one button when, for example, examining an object requires changing the light.
The LED lifetime is 50,000 hours.
Köhler illumination in transmitted light
The light source is located at the rear of the microscope base and is directed to the collector via a mirror. The image contrast is controlled by the condenser aperture diaphragm, while the illuminated field area is adjusted by the field diaphragm.
The Köhler illumination improves the image quality of the observed sample: Each objective achieves maximum resolution and the field of view is illuminated evenly without darkening at the edges. The object of study is in sharp focus and the image artifacts are removed.
Status LCD screen
The LCD screen on the base of the microscope displays the objective magnification, brightness and color temperature of the light source, and operating mode (“sleep” and “eco”).
Using the screen and a knob, the microscope user adjusts the brightness, selects the color temperature, locks the brightness adjustment, and sets the sleep mode and auto-off timer.
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 470L provides user comfort during operation.
The user can adjust the viewing height by changing the position of the eyepiece tubes, reducing strain on the back and neck.
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.
The microscope is equipped with a special carrying handle.
The design for the hidden placement of the power adapter and power cord improves the workplace esthetic and safety of carrying the microscope as well as simplifies storage of the device.
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.
Digital cameras output the microscope image to a monitor, store files, and the software takes real-time measurements of specimens. An optional adapter increases the magnification of the specimen image on the monitor.
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 470L can be considered as an alternative to the following models: Carl Zeiss Axiolab 5, Carl Zeiss Axiscope 5, Leica DM 2000, Leica DM 2000LED, Leica DM 2500, Leica DM 2500LED, Nikon ECLIPSE Si, Olympus BX 43, Olympus BX 46.
Trinocular head with infinity-corrected optics. The eyepiece tubes are raised and lowered, changing their position by rotating around the axis. The user can adjust the eyepiece height to suit their individual stature.
The digital camera is mounted in the trinocular tube. Fixed beam splitting ratio (%): 50/50.
The vertical tube provides 0.55x magnification. When paired with the included 1x adapter, the final magnification at the camera is 0.55x. When selecting a camera, this 0.55x factor should be taken into account.
The basic configuration includes 10x/22mm eyepieces with diopter adjustment and high eyepoint for working with glasses.
Revolving nosepiece
The coded revolver for five objectives is oriented toward the interior: The user can see the objective inserted into the optical path, and the space above the stage is free. Above the nosepiece is a slot with a plug for installing an analyzer, compensators, 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.
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 due to a sharp increase in the brightness of the eyepiece image. The MAGUS Lum 470L, which is equipped with intelligent brightness control, solves this problem. The optimal level of light brightness is automatically switched for each objective, thereby eliminating unexpected changes in brightness when changing magnification. This feature optimizes the workflow, reduces eye fatigue, and improves comfort during extended use.
Focusing mechanism
With a large number of specimens, the operator constantly uses the fine focusing knob for performing their work. To reduce wrist strain, the microscope uses a responsive mechanism with smooth travel. The fine focusing knob has special grooves for your fingers. Fine focus adjustment is effortless, which reduces hand strain during long work sessions.
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 does not have an X-axis rack and pinion, which improves convenience. The belt-driven mechanism allows for smooth movement of the specimen. The specimen holder is secured with two screws and can be easily removed during manual scanning.
The long stage control handle ensures user comfort: The hand rests on the table with no strain.
Epi-fluorescence illuminator
Inside the attachment body, there is a 4-position rotating turret with three narrowband fluorescence filters for the fluorochromes DAPI, FITC, and TRITC as well as their spectral analogs. The filter is selected by rotating the ring. One position of the turret corresponds to the brightfield observations.
A field diaphragm and an aperture diaphragm enable Köhler illumination in reflected light.
The excitation light sources are LEDs. The LEDs instantly reach the brightness that is set by the user. They do not heat up during prolonged use and can switch off quickly, if necessary. This makes it easy to switch from the brightfield technique to fluorescence and back again. The LED lifetime is 50,000 hours. It is recommended to choose LED-based fluorescence for higher education as it is the safest option and requires minimal maintenance.
Condenser
The Abbe condenser is height-adjustable and can be centered. Mounting type: dovetail.
The condenser ring adjusts the iris aperture diaphragm. The condenser body has an aperture marking, and the ring has an indicator marker. To achieve a high-contrast image, it is recommended to set the aperture diaphragm slightly below the numerical aperture of the objective in use by using the markings and indicator as a guide.
Transmitted light source
The transmitted light illuminator uses a 3W LED. The microscope illuminator has the function of adjusting the color temperature in the range of 3000K to 7000K. The user selects a color temperature that is comfortable for their eyes, and they can easily change it with just one button when, for example, examining an object requires changing the light.
The LED lifetime is 50,000 hours.
Köhler illumination in transmitted light
The light source is located at the rear of the microscope base and is directed to the collector via a mirror. The image contrast is controlled by the condenser aperture diaphragm, while the illuminated field area is adjusted by the field diaphragm.
The Köhler illumination improves the image quality of the observed sample: Each objective achieves maximum resolution and the field of view is illuminated evenly without darkening at the edges. The object of study is in sharp focus and the image artifacts are removed.
Status LCD screen
The LCD screen on the base of the microscope displays the objective magnification, brightness and color temperature of the light source, and operating mode (“sleep” and “eco”).
Using the screen and a knob, the microscope user adjusts the brightness, selects the color temperature, locks the brightness adjustment, and sets the sleep mode and auto-off timer.
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 470L provides user comfort during operation.
The user can adjust the viewing height by changing the position of the eyepiece tubes, reducing strain on the back and neck.
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.
The microscope is equipped with a special carrying handle.
The design for the hidden placement of the power adapter and power cord improves the workplace esthetic and safety of carrying the microscope as well as simplifies storage of the device.
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.
Digital cameras output the microscope image to a monitor, store files, and the software takes real-time measurements of specimens. An optional adapter increases the magnification of the specimen image on the monitor.
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 470L can be considered as an alternative to the following models: Carl Zeiss Axiolab 5, Carl Zeiss Axiscope 5, Leica DM 2000, Leica DM 2000LED, Leica DM 2500, Leica DM 2500LED, Nikon ECLIPSE Si, Olympus BX 43, Olympus BX 46.
- Study of specimens emitting fluorescence when exposed to excitation light
- Microscopy techniques: fluorescence in reflected light, brightfield in transmitted light
- The trinocular head with a vertical tube for installing a digital camera and height adjustment to adjust to the observer; light beam splitting 50/50
- Coded revolving nosepiece: The brightness of the light source is set automatically depending on the selected objective
- 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 and a centered and height-adjustable condenser with objective aperture markings
- Smart transmitted light control system: automatic brightness selection, brightness adjustment lock, auto-off timer, LCD operating status screen
- Stage without an X-axis positioning rack and with a long control handle for convenient operation
- Ergonomic stand with carrying handle and the hidden placement of the power cord and power adapter
- Wide range of compatible optional accessories
- Stand with transmitted light source, focusing mechanism, LCD screen, and revolving nosepiece
- Stage holder with a condenser mount
- Stage with specimen holder
- Abbe condenser
- Epi-fluorescence illuminator
- FITC/TRITC/DAPI fluorescence filter cubes
- Lamphouse with LEDs
- 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/22mm eyepiece with high eyepoint and diopter adjustment (2 pcs.)
- Eyecup (2 pcs.)
- C-mount adapter
- Microscope power adapter and power cord
- Power supply for a fluorescence attachment
- Dust cover
- User manual and warranty card
Available on request:
- 10х/22mm eyepiece with a scale
- 10x/22mm eyepiece with a reticle
- 10x/22mm eyepiece with crosshairs
- 12.5x/16mm eyepiece (2 pcs.)
- 15х/16mm eyepiece (2 pcs.)
- 20х/12mm eyepiece (2 pcs.)
- 30х/8mm eyepiece (2 pcs.)
- Plan achromatic objective Plan 2х/0.06 ∞/–, parfocal distance: 60mm
- Plan achromatic objective Plan 20х/0.40 ∞/0.17, parfocal distance: 60mm
- Plan achromatic objective Plan 60х/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
- 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
- Motorized epi-fluorescence attachment with LED light source, fluorescence filter cubes, and power cord
- Polarizer/analyzer set
- Digital camera
- Calibration slide
- Set of color filters (blue, green, yellow, frosted glass)
- C-mount adapter
- Monitor
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): fixed, 50/50
Microscope head: Gemel head (Siedentopf, 360° rotatable)
C-mount adapter, vertical tube: 0.55x
Inclination: 30°
Microscope head magnification, x: 1
Interpupillary distance, mm: 47–75
Eyepiece diameter, mm: 30
Eyepieces, x/field, mm: 10x/22 with diopter adjustment ± 5D, high eyepoint (*optional: 10x/22 with a scale, 10x/22 with a reticle, *10x/22 with crosshairs, 12.5x/16, 15x/16, 20x12, 30x8)
Revolving nosepiece: 5 objectives, coded
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 20x/0.40; Plan 60x/0.80; Plan 100x/1.10 water; Plan Apo 60x/1.42 oil)
Spring-loaded retractable assembly: 40х, 60х, 100x
Stage: 235х150mm, rackless XY mechanical stage
Moving range, mm: 78/54
Condenser: centering and height-adjustable Abbe condenser NA 0.9 with adjustable aperture diaphragm; dovetail mount
Field diaphragm: adjustable iris
Focusing mechanism: coaxial coarse & fine focusing knobs on both sides
Coarse focusing travel, mm: 32
Coarse focusing travel, mm/circle: 18.85
Fine focusing travel, mm/circle: 0.1
Coarse focusing tension adjusting knob: +
Coarse focusing lock knob: +
Illumination technique: transmitted and reflected light
Reflected light source: 3W LEDs
Transmitted light source: 3W LED, with color temperature adjustment (3000–7000K)
Intelligent lighting control system: automatic brightness adjustment in transmitted light during objective change, status display on LCD screen, standby mode, eco-mode
Device for working in fluorescence technique: epi-fluorescence attachment with LED light source
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 DIC turret condenser, polarization filter, DIC slider with an interference prism and built-in analyzer
Polarizer/analyzer set: *optional: polarizer mounted on the collector; analyzer in slot above the revolving nosepiece
Power supply, V/Hz: AC power supply, 100–240/50/60; the AC/DC power adapter is located in a special socket on the back of the stand
Operating temperature range, °C: 5… 30
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): fixed, 50/50
Microscope head: Gemel head (Siedentopf, 360° rotatable)
C-mount adapter, vertical tube: 0.55x
Inclination: 30°
Microscope head magnification, x: 1
Interpupillary distance, mm: 47–75
Eyepiece diameter, mm: 30
Eyepieces, x/field, mm: 10x/22 with diopter adjustment ± 5D, high eyepoint (*optional: 10x/22 with a scale, 10x/22 with a reticle, *10x/22 with crosshairs, 12.5x/16, 15x/16, 20x12, 30x8)
Revolving nosepiece: 5 objectives, coded
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 20x/0.40; Plan 60x/0.80; Plan 100x/1.10 water; Plan Apo 60x/1.42 oil)
Spring-loaded retractable assembly: 40х, 60х, 100x
Stage: 235х150mm, rackless XY mechanical stage
Moving range, mm: 78/54
Condenser: centering and height-adjustable Abbe condenser NA 0.9 with adjustable aperture diaphragm; dovetail mount
Field diaphragm: adjustable iris
Focusing mechanism: coaxial coarse & fine focusing knobs on both sides
Coarse focusing travel, mm: 32
Coarse focusing travel, mm/circle: 18.85
Fine focusing travel, mm/circle: 0.1
Coarse focusing tension adjusting knob: +
Coarse focusing lock knob: +
Illumination technique: transmitted and reflected light
Reflected light source: 3W LEDs
Transmitted light source: 3W LED, with color temperature adjustment (3000–7000K)
Intelligent lighting control system: automatic brightness adjustment in transmitted light during objective change, status display on LCD screen, standby mode, eco-mode
Device for working in fluorescence technique: epi-fluorescence attachment with LED light source
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 DIC turret condenser, polarization filter, DIC slider with an interference prism and built-in analyzer
Polarizer/analyzer set: *optional: polarizer mounted on the collector; analyzer in slot above the revolving nosepiece
Power supply, V/Hz: AC power supply, 100–240/50/60; the AC/DC power adapter is located in a special socket on the back of the stand
Operating temperature range, °C: 5… 30
Operating humidity range, %: 0… 80 (up to 31 °C)
