Laboratory Microscope YR0237
Optical microscopes are useful instruments that are integrated into basic science, research, chemical industry, food manufacturing, medicine, etc. These microscopes are basically used to see very small objects, like microbes, fungi, bacteria, etc., because they're not visible to the naked eye. The basic principle of optical microscopes is the use of lenses and a great increase in the magnification of objects.
Although there are different types of microscopes, optical microscopes are considered the most common and versatile; many companies have them for sale at a wide variety of prices. The following describes the most commonly used optical microscopes, such as the composite microscope, the polarized light microscope, the fluorescence microscope, the electron microscope and the atomic forces microscope. Knowing these types of microscopes can be very helpful when deciding on their use.
Type of Optical Microscope that a laboratory may need
Laboratory Microscope YR0237
Binocular Head, WF 10x/18mm Eyepieces,Infinity Semi-Plan Achromatic Objectives,Sliding-in Center Adjustable Condenser N.A1.25,Confortable coarse & fine focusing Knob...
Our Best Selling Optical Microscope
An optical microscope is a device that is used to enlarge objects to a scale at which they are visible to naked eyes. This is done using a magnifying lens to manipulate light and interference patterns. Optical microscopes come in many styles, sizes and configurations, as needed for the appropriate application. Proper adjustment of display parameters is a key factor in achieving good results.
Key parameters include magnification, depth of field, working distance, illumination, image size and image quality. The microscope lens determines the amount of magnifying power, which is the ratio of the focal length of the lens to that of the eyepiece.
| Model | YR0237 | YR0237-1 | |
| Head | Seidentopf binocular head, inclined at 30°, interpupillary distance 52-75 mm, ocular tubes rotated 180° up and down | or | |
| Seidentopf trinocular head, inclined at 30°, interpupillary distance 52-75 mm, eye tubes rotated 180° up and down | or | ||
| Eye | WF10x/18mm Wide Field Eyepiece | ||
| Objective | Infinite Semi-flat Achromatic Lens 4x, 10x, 40x, 100x | ||
| Muserola | Rearward quad revolver | ||
| Scenario | Double layer mechanical deck, size 140×140 mm, range of motion 75×50 mm | ||
| Condenser | Central adjustable slide capacitor NA1.25 | ||
| Focus | Fine and coaxial thickness adjustment, 20 mm range of motion | ||
| Illumination | S-LED lighting, adjustable brightness | ||
| Laboratory Biological Microscope Optional Accessories | |||
| Eye | WF10x/20mm, adjustable diopter | YR0237-1-op1 | |
| Objective | Infinity Plan 4x Achromatic Lens | YR0237-1-op2 | |
| Infinity Plan 10x Achromatic Lens | YR0237-1-op3 | ||
| Infinity Plan 40x Achromatic Lens | YR0237-1-op4 | ||
| Infinity Plan 100x Achromatic Lens | YR0237-1-op5 | ||
| Illumination | 6V20W Halogen Lamp, Adjustable Brightness | YR0237-1-op6 | |
| Dark Field | Dark Field Condenser, Dry, NA0.7~0.9 | YR0237-1-op7 | |
| Dark Field Condenser, Immersion, NA1.25~1.36 | YR0237-1-op8 | ||
| Dark Field Lens, Infinite Plan 100X, | YR0237-1-op9 | ||
| Immersion dark field observation | |||
| Dark Field Lens, Infinity Plan 100X, with Iris Diaphragm | YR0237-1-op10 | ||
| Immersion dark field observation | |||
| Phase Contrast | Infinity Plan Turret Phase Contrast Set | YR0237-1-op11 | |
| -Infinity Plan turret phase contrast capacitor | |||
| -Ininity Plan Phase Contrast Lens 4x, 10x, 40x, 100x | |||
| -10x centering telescope | |||
| Infinity Achromatic Turret Phase Contrast Set | YR0237-1-op12 | ||
| -Infinity Achromatic Turret Phase Contrast Condenser | |||
| -Ininity4x, 10x, 40x, 100x achromatic phase contrast lens | |||
| -10x centering telescope | |||
| EPI-Fluorescent LED Kit | EPI 3W LED Light 465~475nm, B BP460~490 Excitation Filter | YR0237-1-op13 | |
| EPI 3W LED Light 525~530nm, Excitation Filter G BP510~550 | YR0237-1-op14 | ||
Analysis of the best Optical Microscope for your laboratory
What are the limitations of optical microscopes?
Optical microscopes have been used for centuries to look at very small objects with better resolution than ...
What kind of lighting is used in optical microscopes?
Lighting is a vital component to obtain the best possible image quality with an optical microscope. The type ...
What kind of lens is used in optical microscopes?
Optical microscopes are an essential tool in many branches of science, from medicine, biology, biochemistry...
What are the different types of optical microscopes?
Optical microscopes are useful instruments that are integrated into basic science, research, chemical industry....
Catalog of Optical Microscope models on sale
Guides to becoming an expert in Optical Microscopy
Why are optical microscopes generally used for the study of small objects?
An optical microscope is a useful tool for examining small objects. In this regard, many biology and science laboratories...
What contributions have technological advances made in the use of optical microscopes?
Optical microscopes have contributed significantly to the advancement of technology and the advancement of science...
How do you modify the parameters of an optical microscope to get better results?
An optical microscope is a device that is used to enlarge objects to a scale at which they are visible to naked eyes...
What are the main directions in the technological advancement of optical microscopes?
The technology of optical microscopes has taken giant steps in recent years to improve their ability to observe biological phenomena and the interaction between molecular structures. This has led to the identification of new scientific study strategies...
Working Microscope Videos
In this section you can find, our working optical microscope, packaged, receiving service, etc.
Operating Microscope
Optical microscopes have contributed significantly to the advancement of technology and the advancement of science. This unique tool is now an important element and a key piece in many laboratories around the world, due to the benefits it brings to thousands of researchers. For this reason, a wide variety of equipment can be obtained on the market and at good prices. In this regard, technological advances have increased the quality of the images that can be obtained, as well as lowering the cost of equipment.
For starters, optical microscopes have allowed scientists and students to access incredibly small details that would not otherwise be possible
Frequently asked questions about Optical Microscopes from our customers
How to know the prices of Optical Microscopes?
To know the price of Microscopes we invite you to send us an email with your request through the contact form.
What are the delivery times of the Optical Microscope?
The delivery time of your Kalstein product it will depend on the following:
- If the equipment of your interest is in stock or if it must be manufactured.
- The type of freight you have chosen, this may be; air or sea.
- Equipment in stock:
- Delivery Time ( Aerial ): 15 -30 days .
- Delivery Time ( Maritime 45-60 days .
- Equipment not in stock:
- Delivery Time ( Aerial 30) -60 days .
- Delivery Time ( Maritime ): 60 to 90 days .
How to make a purchase of the Optical Microscope?
Can realize your purchase through :
- By email: s [email protected]
- By telephone: +33 (0) 1 78 95 87 02
- Trade electronic : Through from Kalstein's official website in your country .
Can I request a quote online?
All Kalstein equipment has a 1-year warranty against manufacturing defects. The warranty does not cover damage caused by poor installation or operation by the user, transport defects or by uses other than those specified by the manufacturer. Warranty excludes electrical or consumable parts. For more information visit our “Terms and Conditions ” by clicking HERE
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