Product Description
Inverted Trinocular Metallurgical Microscope E-500W (5 pcs Bright Field Objective Lens, 50X - 1000X)
Introduction:
E-500W computerized metallographic microscope is a trinocular inverted metallographic microscope, adopting excellent infinity optical system and modular function design concept, this machine has the functions of polarization and bright field observation. The compact and stable high rigidity body fully embodies the vibration-proof requirement for microscope operation. Ideal design in line with ergonomic requirements, making the operation more convenient and comfortable with more space. Suitable for microscopic observation of metallographic organization and surface morphology, it is an ideal instrument for research in metallurgy, mineralogy and precision engineering.
Observation System
Hinged binocular observation barrel with 45° tilt, operation without long time head down or flat-field observation, so that the operator's neck and shoulder can be effectively released. Flat-field wide-angle eyepiece market number up to φ22mm, so that the visual observation is more broad and comfortable, and can be adapted to rubber eyecups.
Mechanical Carrier Table
Mechanical mobile carrier table, built-in rotatable circular carrier plate, the plate is set in the shaped observation window suitable for different specifications of the specimen micro-observation, in the polarized observation can be rotated circular carrier plate, in order to meet the requirements of polarized microscopy.
Illumination System
Adopting Cora illumination, the aperture diaphragm and field of view diaphragm can be adjusted by dial for aperture size adjustment, smooth and comfortable adjustment. The polarizer can adjust the polarization angle by 360° to observe the microscopic images under different polarization states.
Product Parameters
Technical Parameter:
| Model |
E-500W |
| Eyepiece |
10X wide field plan eyepiece and field of view number is Φ22mm,
the eyepiece interface is Ф30mm |
| Bright Field Objective |
PL L5X/0.12 working distance: 26.1 mm
PL L10X/0.25 working distance: 20.2 mm
PL L20X/0.40 working distance: 8.80 mm
PL L50X/0.75 working distance: 3.68 mm
PL L100X/0.85 (dry) working distance: 0.40 mm |
| Nosepiece |
Five hole (Backward ball bearing inner locating) |
| Eyepiece tube |
Hinged binocular tube, with an observation angle of 45°,
and a pupil distance of 53-75mm |
| Focusing system |
Coaxial coarse/fine focus, with tension adjustable and up stop minimum division of fine focusing is 2μm |
| Stage |
Mechanical stage overall size: 242mmX200mm and moving range : 30mmX30mm.
Rotundity and rotatable stage size: max. measurement is Ф130mm and minimal clear aperture is less then Ф20mm. |
| Illumination |
LED light source, adjustable brightness.
Integrated field diaphragm , aperture diaphragm and puller type polarizer.
Equipped with frosted glass and yellow ,green and blue filters |
| Polarizing set |
Analyser can be rotatable and both polarizer and analyser can be move light path |
| Software system |
12 or 20 Million Pixel camera + camera adapter + professional Metallographic Image Analysis Software |
| Operation Environment |
- Indoor
- Altitude: 2000m Max.
- Temperature: 5ºC-40ºC (41ºF-104ºF)
- Humidity: 80% for 31ºC (88ºF)
70% for 34ºC (93ºF)
60% for 37ºC (99ºF)
50% for 40ºC (104ºF)
- Pollution: 2 (Refer to IEC664)
|
Metallographic Image Analysis Software (Optional Purchase)
ES-2020
1. Introduction
This software can be used with a variety of metallographic microscope to complete the metallographic image acquisition, processing, analysis, report generation and other functions; also have to view the library, geometric measurement, fixed-fold printing, image stitching, image contrast, confocal ), Three-dimensional light maps and other functions. Compared with the traditional manual method, the sample software for metallographic image analysis, with the following advantages:
save the traditional darkroom camera system, directly with a digital camera to take pictures, photos can be saved or printed.
can be compared on the computer map and standard query, do not read the standard books.
can be quickly and accurately automatically calculate the various types of microstructure of the perimeter, area, long axis, short axis, equivalent circle diameter,
Aspect ratio, area percentage and other geometric shape parameters, than the previous manual calculation method has greatly improved.
quantitative metallographic standards can be applied to automatically calculate the level, the level of results to allow human intervention.
can automatically generate the electronic document inspection report, the report can be saved as WORD, EXCEL, PDF and other documents.
The whole inspection process is complete on the computer, to achieve office paperless, greatly enhance the level of enterprise information.
2. Metallographic analysis
The software includes eight major categories, more than 100 inspection standards (including GB, JB, QC / T, NJ, DL, YB, TB / T, ISO, ASTM, JIS, etc.), more than 600 metallographic image analysis module, The standards covered are:
commonly used: including grain size, non-metallic inclusions, decarburization layer, quantitative metallographic, phase area analysis.
cast iron: including ductile iron, gray cast iron, vermicular graphite cast iron analysis.
steel: including stainless steel, tool steel, all kinds of carbon steel, all kinds of alloy steel analysis.
Non-ferrous metals and alloys: including aluminum alloy, magnesium alloy, copper alloy, titanium alloy analysis.
vehicles and engines: all types of vehicles, gears, engine and accessories analysis.
power industry standards.
Other: There are powder metallurgy, metallography teaching.
ASTM, DIN, JIS and other foreign standards.
2.1 Analysis process is as follows
1) the module selection: select the need to analyze the metallographic module.
2) comparative rating: the collected metallographic picture, and the library in the standard map to compare, manually determine the level
3) automatic rating: the software automatically calculates the perimeter, area, long axis, short axis, equivalent circle diameter, aspect ratio, phase area Percentage and other geometric shape parameters, and then apply the level calculation formula, calculate the level. Only the metallographic standard with the level of the formula, can do automatic rating.
4) generate reports: the rating is complete, you can generate illustrations of the test report, the report can be printed directly, can also be saved as the report can be saved as WORD, EXCEL, PDF documents.
2.2 the typical metallographic module
1) Determination of average grain size of metal (area method)
2) Determination of the average grain size of metal (cut-off method)
3)Determination of the content of non-metallic inclusions in steel Standard grading chart Microscopic examination method4)Determination of the depth of decarburization of steel5)
Determination of stainless steel area content6)
quantitative metallographic determination method7)
ductile iron metallographic examination
3. View Gallery
1) Select the software loaded gallery in the list
2)Select a library, the point of identification, you can view
4. Geometric measurement
Provides a variety of measurement tools, such as distance, rectangle, circle, polygon, angle, angle between two lines, polyline, arc, etc., to complete the basic geometry measurement
5. fixed times print
Provide multiple pages, multiple images of the fixed-fold print function
6. Image stitching
Will be a folder of multiple images, manually spliced into a pair of images
7. Image comparison
The image file can be loaded into the software image database, and the left window to open the right to load other images for image comparison
8. Confocal (Depth of Field Fusion)
In the following interface, the upper part is 4 images with different depth of field and the lower part is the result of confocal
9. Three-dimensional light
The three-dimensional effect of the planar image can be constructed according to the difference of the pixel tone in the planar image. After generating the three-dimensional diagram, you can visually observe the effect of the sample, for example, whether the surface is smooth and so on.
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