Today, advancements in microscope digital camera technology have allowed the world of science to obtain more data that can help improve the quality of life. Just the mere fact of being able to instantly resize images while studying samples on location can go a long way already in providing more clues to whatever mystery the researcher is keen to solve.
Types of Advancements in Microscope Digital Camera Technology
Multiple-Viewing – At the most, an ordinary microscope can allow two people to view the sample at the same time. But the addition of a microscope digital camera allows not just three but an infinite number of people to study the sample. This can be performed by various ways such as displaying the images via its LCD monitor, saving image data on any other device then transferring it to other outlets, displaying it on connected monitor screens as well as presenting it through video conferencing.
Image Display – A microscope digital camera doesn’t just show you images taken of the sample as it is. The digital features of your microscope camera allow you to zoom in and out of the picture, letting you see the image in greater detail. Even better, you can use the zoom option for live and captured images of the sample.
Secondly, some allow you to display four images simultaneously by spitting the screen. Thirdly, you can see one live image and another captured image side by side, making it easier for you to perform comparative studies between both photos.
Image Editing and Correction – A microscope digital camera lets you correct a captured image in various ways. Firstly, you can change the focus to ensure that your sample is seen at its best angle. Secondly, you can make sure that adequate and even illumination is used on the sample. Thirdly, you can change the color levels of the specimen to make the image as accurate as possible. Lastly, you can also use the correction features of your microscope digital camera to eliminate all noise or distractions in the photo.
Other ways to edit your photos before, during, and after taking them are by modifying levels of contrast, color saturation, and brightness. White balance levels may also be adjusted in various ways to ensure perfect picture quality.
Storing Digital Images – In the old days, memory was the only way to retain images seen via the microscope. Attaching a digital camera to the microscope however allows the user to record and save digital files in a memory card, flash drive, hard disk drive of a computer, or burned in a CD or DVD. You can also have the digital images printed automatically if there’s a USB printer connected.
Saved images can also be automatically organized into different file folders to make it easier for you to review them later on.
Time-Lapse Cinemicrography – This function lets the user record or capture constantly changing images of the specimen. It also lets you preset the exact time you wish the camera to start and stop recording.
Tools – Microscope digital cameras also allow you to create text and video overlays the moment images are processed and displayed on your LCD monitor. Overlays let you provide labels, references, and other annotated data to further categorize your photos. You can create overlays by using default options of your camera or using a connected keyboard, mouse, or drawing board. You can create scales and superimpose them on the photos to provide size references.
Text overlays may be placed on any part of the image and there are graphic tools available to help you draw lines, ellipses, rectangles, polylines and polygons as well as freehand curves. Some cameras also enable you to make on-the-spot and even 3D measurements of the image.
If there is a remote user, he may use the camera’s interface displayed on an Internet browser to access and control the image. Through networking facilities, multiple users can automatically and simultaneously use various tools to improve the image.
Networking – Speaking of networks, microscope digital cameras can usually provide HTTP and FTP access for its users. Of course, this will only work if you know how to configure them properly. Network capabilities allow people to become more effective and efficient in research and take advantage of work synergy like brainstorming sessions.
The advancements in microscope digital camera technology would no doubt continuously improve but for now, what is already available in the market is definitely more than enough for student researchers keen on broadening their knowledge of all things microscopic.