Product Description
Foundries & machine shops manufacturing high quality castings for export market are required to measure degree off cleanliness after completion of the cleaning process. Degree of cleanliness is usually specified by the buyer One or two castings out of a batch of 100 are used for the analysis. The casting is sprayed with a solvent The sokent Is allowed to drip through the castings inner bores & is collected together with dissolved impurities The solvent is then passed through a firter paper, after drying, the fine paper with the impurities is placed on the stage of the microscope for determining particle size.
By Software Method Vardhan SPM08 Microscope is interfaced with the computer & the images can be directly observed on the computer monitor with outstanding clarity & saved as traceable records Particie size is then measured by a user friendly software
By Manual method The eyepieces of Vardhan SPM08 particle size measuring microscopes are provided with a built in cross wire reticule. The large size mechanical stage is equipped with Drum micrometers on both X & Y axis to manually measure the length, width of the particles
Advanced Optical Clarity & PrecisionSPM09 delivers high-resolution imaging using achromatic objectives and anti-fungal optics, making it ideal for detailed analysis in biomedical labs and educational settings. The adjustable LED light and Abbe condenser ensure precise illumination, while coaxial coarse and fine focus provides smooth, accurate adjustments.
Durable, Efficient, and User-Friendly DesignConstructed with a die-cast metal base and chemical-resistant finish, SPM09 withstands rigorous use. Its ergonomic featureslike a 45 inclined, rotatable drawtube and wide field eyepiecesoffer comfortable viewing. The mechanical stage, XY controls, and filter holder enhance versatility during specimen observation.
Digital Connectivity and CompatibilityFor digital variants, SPM09 offers CMOS sensor integration, USB 2.0 interfaces, and compatibility with Windows 7/8/10 and Mac OS. Users benefit from still and video capture in common formats (JPG, BMP, PNG), making image documentation and sharing straightforward.
FAQs of Microscope (SPM09):
Q: How does the microscopes anti-skid metal base benefit laboratory usage?
A: The heavy-duty die-cast metal base with anti-skid rubber feet provides enhanced stability and minimizes vibrations, ensuring precise observation and safety during laboratory work.
Q: What process is involved in adjusting magnification on the SPM09 microscope?
A: Magnification is changed by rotating the nosepiece to switch between supplied DIN objectives (4X, 10X, 40X spring, 100X oil spring) and using wide field 10X or 16X eyepieces, allowing magnification from 40X to 1000X.
Q: When is the digital variant of the SPM09 most advantageous?
A: The digital variant is especially beneficial for capturing high-resolution images and videos (up to 2.0 Megapixels, 30 fps) in settings where detailed documentation, sharing, or analysis is required on Windows or Mac computers.
Q: Where can users source spare parts or replacements for the SPM09 microscope?
A: Replacement components such as bulbs, fuses, eyepieces, objectives, and stage clips are available directly from the manufacturer, supplier, or authorized exporter in India.
Q: What is the recommended working temperature and humidity range for this microscope?
A: SPM09 operates optimally within a temperature range of 0C to 40C and up to 85% relative humidity (non-condensing), ensuring reliability in various environments.
Q: How does the stage movement and mechanical controls improve specimen observation?
A: With a stage movement range of 75 mm x 40 mm and smooth coaxial XY controls, users can precisely position specimens, aided by vernier gradations for repeatable and exact measurements.
Q: What are the benefits of anti-fungal optics in this microscope?
A: Anti-fungal optics prevent fungal growth on lenses, maintaining image clarity and extending the lifespan of optical components, which is especially important in humid laboratory conditions.