The OMAX 40X-2500X Phase Contrast Trinocular LED Compound Microscope is a laboratory microscope that comes with a trinocular head and a complete phase contrast kit. As such, it allows for the simultaneous observation of specimen through the eyepiece and the trinocular port.
Being a phase contrast microscope, this OMAX Microscope is used to enhance the visibility of colorless, transparent images making it easier to observe and study such specimens.
Main features of the OMAX 40X-2500X Phase Contrast Trinocular LED Compound Microscope includes:
The OMAX 40X-2500X Phase Contrast Trinocular LED Compound Microscope provides a total magnification range of between 40x and 2500x for bright field microscopy and between 100x and 1000x for phase contrast microscopy.
Here, it is important to note that this OMAX Microscope is an ordinary light microscope that comes with a phase contrast kit, allowing it to be used for phase contrast microscopy. As such, it can be used to observe a wide range of specimen including stained and unstained slides.
Whereas bright field microscopy allows for observation of stained and unstained wet mounts, phase contrast makes it easier to observe unstained, colorless specimen. As such, it can be used for observing both dead and living cells.
This is made possible by a range of lenses, which include;
The viewing head of the OMAX 40X-2500X Phase Contrast LED Trinocular Compound Microscope is inclined at a 45 degree angle and allows for a 360 degree swiveling, which means that the user can observe the specimen from any direction without necessarily having to turn the entire device around.
Apart from an adjustable interpupillary distance (55mm ~ 75mm), this microscope also a diopter in place, which accommodates differences in eye vision. As such, it can be comfortably used by anyone. This being a trinocular microscope, the microscope comes with a true color 9M pixels camera. This has in place a 0.5X c-mount reduction, which is important in that it decreases the camera port's magnification by half, which in turn increases the field of view. Here, the advantage is that it allows for a wider field of view of the slide to be observed therefore allowing for more contents of the slide to be viewed.
Using a USB cable, the microscope can easily be connected to a PC (Windows XP/Vista/7, Mac OS and Linux operating system). This allows for such functions as capturing of images, live recording, and measurements of areas, angles and lengths as well as image editing.
The OMAX 40X-2500X Phase Contrast Trinocular LED Compound Microscope is a good quality microscope with a number of strengths, which include:
One of the only issues albeit a small one with this microscope is that some users may find installing the software (and even using it) a little cumbersome. However, with practice this has been reported to get easier.
The OMAX 40X-2500X Phase Contrast LED Trinocular Compound Microscope is a good quality microscope that can be used in schools, for biological research as well as clinical purposes. The fact that it can be used for bright field microscopy as well as phase contrast microscopy means that it can be used to observe a wide range of biological specimens, which makes it a good option for biological purposes.
Moreover, being a trinocular microscope allows for the microscope to be used for sharing image, which means that a single person can use the microscope while sharing the details of what he/she observes with others through the internet. Its excellent features therefore make this microscope of choice for a wide variety of uses.
Sep 07, 17 01:28 PM
Commonly referred to as E. coli, Escherichia coli is a bacterium that is typically found in a number of environments including various foods, soil and animal intestines.
Sep 06, 17 04:09 PM
The Plugable USB 2.0 Digital Microscope is a digital microscope that uses a webcam chipset and sensor to support just about any given operating system and standard webcam software.
Sep 05, 17 03:56 PM
Histochemistry is a vital technique to visualize biological structures to identify chemical components of tissues using stains, indicators as well as microscopy.