Established 1966, Micron Optik is an ISO certified subsidiary to Micron. For years, Micron Optik has strived to adapt the newest technology and has successfully harnessed the power of technology. Microscopes manufactured by Micron Optik have wide industrial and educational applications. The in-house manufacturing unit possesses necessary technological expertise to fulfill the technological requirements of the company. Micron Optik’s assortment of products caters to the educational, industrial, pathological, metallurgical, dissection and research needs of any user.
How to choose a microscope
The choice of a microscope entirely depends on its usage. A single microscope for all your microscopic needs is a myth. Hence it is all about having a right set of tools for the job you need to perform. Choosing a best microscope based on your application is a confusing task to perform. Listed below is a quick microscopic guide to ease out the process.
- Check the magnification power. More the magnification power, better the view.
- Choose the head of the microscope wisely. Where a monocular microscope limits the vision; a trinocular microscope gives a detailed view of the specimen. This is however more suited in education or better used for demonstration purposes.
- Choose coarse or fine focus as per your comfort and requirement. Fine focus helps you study the minute details about the specimen.
- Check on its color accuracy.
How to choose a dissecting microscope
A dissecting microscope is an optical microscope which helps study the surface of the specimen. It uses visible light to help the user dissect through the specimen and draw conclusions. A dissecting microscope works on the principle of reflection and refraction. A dissecting microscope helps study the live specimen by creating a three-dimensional image of the object under view. The magnification power is however comparatively less but a dissecting or a stereo microscope has an ability to magnify an object upto 70 times. This is best suited to study the specimen through which the light cannot pass through. A dissecting microscope comes with a binocular head, uses natural light to view the specimen, has low magnification view and offers a 3D image which makes the observations clearer and precise. Listed below are a few points to consider while buying a dissecting microscope.
- Choose the one with two lights with one above and the other below the subject for clear view.
- Choose the one that offers 20X magnification.
- The one with adjustable knob will be easy to use.
- A high-resolution dissecting microscope makes it easy to study the fine details of the specimen under observation as high resolution ensures better contrast viewing.
- Depending on the application and usage, choose a one with a port for attaching a photographic equipment if needed.
- The one with silver protection on lenses makes lenses more long-lasting and prevents reflection hence enhanced image during each use.
- The one supported with a cleaning kit should be an all-time go.
How to choosea microscope for scientific research
An optical microscope is more often used in a research lab. The configuration and features of the scientific research microscope are crucial to ensure efficient results. The primary thing which is taken into consideration when selecting a scientific research microscope is to examine the specimen you wish to explore. For increased functionalities, researchers prefer a microscope which is equipped with high-quality cameras, enhanced software for better analysis and performance. Such microscopes are comparatively costly as compared to others and are extensively used in medical research and forensics. Consider a camera which publishes better results. The one with a digital camera produces ideal images. It is recommended to have a sensitive camera which minimizes the effect of excitation light which can negatively affect the cells. sCMOS are the best in such cases as they offer high quantum efficiency. They also offer high acquisition speed. It is advisable to use a camera with LED illumination for better lightning and achromatic lenses for enhanced visuals.
How to choose a student microscope
Upright and stereo microscopes play an important role in an education industry. Such microscopes assist the students in viewing the structural details of the specimen which otherwise is out of reach of the human eye. It helps them understand the content effectively as studying a specimen in a laboratory is way better than viewing its images in a book. It gives them a hands-on experience. A student microscope should be the one which allows the maximum adjustment as it makes studying the specimen easy. The size of the microscope used in a school / college laboratory should neither be too large nor be too small. It makes handling easy while performing the experiments and hence less the hassle. Such microscopes should be less expensive and in simplified models. Preferably these microscopes should be light-weighted. Since such microscopes are meant to be used daily, their design and construction should thoroughly be evaluated before choosing the one for your laboratory.
How to choose a stereo microscope
Micro-surgery, watch-making, forensic engineering or circuit board manufacturing are some areas where a stereo microscope is widely used. These microscopes are three-dimensionally designed to view and study opaque specimens. These microscopes have two different objectives and hence exploring a specimen widely is possible. One should look for a stereo microscope with high optical quality for better imaging. It should have wide-field eyepieces for better view of the specimen under observation. It should have variable magnification to study the object in different phases for better results. One should consider photographic opportunities before choosing a stereo microscope.
Optical imaging, lightning options, adjustable knobs, quality of construction, resolution and photographic opportunities are a few factors to be considered while buying any type of microscope. However, the decision largely depends on the application and usage of the user.
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