Mikroskops Olympus BX53-MET, HF, trino, infinity, plan, Auflicht, LED

BX53M reflected light for brightfield
specification
Optical system: infinity corrected Tripod: incident light Focus: stroke: 25 mm, 100 µm per revolution, smallest subdivision: 1 µm, with upper stop and torque adjustment for coarse adjustment Max. object height: 65 mm (without spacer), 105 mm (with spacer BX3M-ARMAD) Observation tube: Wide field of view (FN,22), Inverted: Binocular with camera tube Illumination: white light LED Brightfield nosepiece : Fivefold Eyepiece: 10x/22 diopter adjustment on one side Stage (X x Y) 76 mm × 52 mm Coaxial stage with left hand drive with torque adjustment Weight: Approx. 15.8 kg (microscope stand 7.4 kg) Modules included:
Tripod BX53MRF-S-1-3 Trinocular tube U-TR30-2-2 Eyepiece WHN10X-1-8 Eyepiece WHN10X-H-1-8 Incident light condenser U-KMAS Light source BX3M-LEDR Nosepiece U-5RE-2 XY stage U- SVRM right-hand drive Table insert plate U-MSSP Connection cable UYCP Lenses can be ordered individually, they are not included!
Choose from the accessories preferred for this model: MPLFLN lenses
Modern microscopy made easy
With its modular concept, the BX3M series offers versatility for a wide range of applications in industry and materials research. Thanks to improved integration with OLYMPUS Stream software, BX53M microscopes enable smooth workflows in standard microscopy applications and digital imaging from examination to reporting.
Simply use known methods: Simple light source
The light source minimizes complicated work steps that usually have to be carried out when working with a microscope. With the adjustment knob on the front of the condenser, the observation method can be conveniently selected. The user can quickly switch between the most commonly used methods of reflected light microscopy, from bright field to dark field or to polarization microscopy, in order to be able to use different types of analysis in the simplest possible way. In addition, simple polarization microscopy can be adjusted by rotating the analyzer.
Intuitive microscope controls: Simple adjustments of the field diaphragm and aperture diaphragm
The correct setting of the field stop and aperture stop ensures good image contrast and full use of the objective's numerical aperture. The legend guides the user through the correct settings for the respective observation method and objective used.
Fast focus adjustment
The focus scale on the tripod makes it easy to focus quickly. Users can roughly adjust the focus without looking at the object through an eyepiece, saving time when inspecting objects of different heights.
Easy and ergonomic operation
Ergonomics is of paramount importance to all users. Whether a user only uses his microscope or uses his microscope together with the OLYMPS Stream image analysis software - in both cases he benefits from the ergonomic hand switches that clearly indicate the position of the hardware. The ergonomic handset allows the user to concentrate on his sample and its testing.
For consistent lighting: Light Intensity Manager
During initial setup, the illuminance can be adjusted to match the specific hardware configuration of the coded light source and/or coded nosepiece.
Restoring the microscope settings: Coded Hardware
Coded functions integrate the BX53M microscope system settings into the OLYMPUS Stream image analysis software. Microscopy methods, illumination intensity and magnification are automatically recorded by the software with the associated images. This allows the user to always perform tests with the same microscopy settings, which improves the reliability of the test results.
Consistent color temperature: Powerful white light LEDs as light source
The BX53M microscope works with high-intensity white LED light sources for both reflected and transmitted light. The LED ensures a constant color temperature, regardless of the brightness. Long-life LEDs provide efficient lighting and are ideal for materials research testing applications.
Optical system: UIS2 optical system (infinity corrected)
focus Stroke: 25mm
Precision drive: 100 µm per revolution
Smallest subdivision : 1 µm With upper stop and torque setting for coarse adjustment
Max. height of the object : Incident light: 65 mm (without spacer), 105 mm (with BX3M-ARMAD) Incident/transmitted light: 35 mm (without spacer), 75 mm (with BX3M-ARMAD)
Eyepieces: 10x/22
Illumination: Incident light: white light LED, HF/DF/DIC/POL/MIX field diaphragm, aperture diaphragm (with centering mechanism), HF/DF locking
Transmitted t Coded, white light LED, HF/DF/DIC/POL/MIX field diaphragm, aperture diaphragm (with centering mechanism), HF/DF locking
Brightfield nosepiece:: 5x
Nosepiece for HF, DF, MIX: 6x
Long working distance condenser
Table (X x Y) 76mm × 52mm
Lenses not included.!!
Functional
The BX53M supports the known methods of conventional microscopy such as bright field, dark field, polarized light and differential interference contrast. When developing new materials, many of the difficulties in detecting defects encountered with standard methods can be solved by modern microscopy techniques, which allow for more accurate and reliable inspections. New lighting techniques and image acquisition options with OLYMPUS Stream image analysis software give users more choices for evaluating their samples and documenting the results.
The invisible becomes visible Sharp images of the entire object Effortless adjustment of the table for overview image Display of both dark and light areas Customizable to microscopy and analysis preferences Designed for a wide variety of samples SPECIFICATIONS

• Optics
• Lighting
• Incident light
• Lamp typeLED
• Eyepiece
• 10/22
• Optical systeminfinity
• Mechanics
• Type of buildTrinocular
• Viewing posture (°)
• 45° viewing angle, interpupillary distance adjustable from 52-76mm
• Focusing
• Coarse and fine movement
• Specimen stage
• Cross table
• Working distance (mm)65
• Special features
• Filter holder
• yes
• General
• SeriesBX53M
• Contrast methods
• brightfieldyes
• Dark fieldno
• Fluorescenceno
• Phase contrastno
• Polarizationoptional
• DICoptional
• Field of application
• Industry and Materiealsyes
• Biology and Medicine-
• Education-
• Area of application
• Metallurgyyes (-)
• Biology, zoology & botany-
• Forensic scienceyes
• Construction materials industryyes
• Universityyes
• Electronicsyes
• Semiconductor technologyyes
• Mechanical engineeringyes
• Materials technologyyes