A battery powered microscope is an indispensable tool in science and various fields in the industry. Because of its relatively more compact size and source of power, a battery powered microscope is exceptionally useful for field exercises and experiments. If you are thinking of investing in one, consider the following pros and cons of using a battery powered microscope.

Pros and Cons of Using a Battery Powered Microscope

Here are the top advantages of using a battery powered microscope.

Size – This is a critical feature for scientists, researchers, and professionals who are conducting experiments alone and in a distant place. A person who’s traveling daily would no doubt appreciate a battery powered microscope because it’s smaller and lighter than typical microscopes.

Convenience and Ease of Use – Battery powered microscopes may not come with the sophistication of high power microscopes used inside laboratories but they can compensate this with its simpler user interface. Battery powered microscopes tend to be simpler and quicker to set up, allowing the user to save on time and effort.

Provided that the accessory is compatible with the system and design of the battery powered microscope, additional equipment like storage devices and cameras may be easily installed or attached to the microscope for enhanced use.

Also, once you have correctly focused on a sample or specimen, a battery-powered microscope can usually be programmed to allow the user to study the object or organism in the best light possible and depending on the user’s field of interest. They can be configured according to the needs of various fields like entomology (study of insects), foresics, botany, archaeology, numismatics (coins, money, and medals), and biology.

Measuring Capabilities – Some battery powered microscopes are also capable of measuring specimens and samples under observation. They can even provide magnification based on your configurations and preferences. Measurements are as precise as those made by desktop microscopes and displayed in figures based on either the metric or English system.

Handheld Observation – In some ways, battery powered microscopes can be used like binoculars. By detaching its base, you can hold it up with your hand then view a live specimen located at a distance. This is especially important for researchers who are studying specimen easily scared away when humans approach them.

Use of Reticles – Reticles are transparent objects, typically made of glass, with an imprinted pattern and placed in a microscope’s eyepiece. A battery powered microscope’s reticle pattern may resemble a scale used for measurements or a set of boxes or cross hair used for image focusing.

Illumination – Battery powered microscopes can come with built-in light sources not only to provide light for image magnification but also for the user to view the sample or specimen even in low-light areas. If there is no built-in light source, lighting devices may be provided or attached. They may be attached at various angles to allow the user to determine which position would give off the best light. Battery powered microscopes may also come with LED lights that turn on to indicate status of operation and which function is in use.

Suitability to Outdoor Use – Of course, a battery powered microscope is suitable to outdoor use because it isn’t electrically operated. Its exterior is usually built with a more durable design to reduce impact from any common outdoor accidents.

Price – Lastly, battery powered microscopes are not as expensive as desktop microscopes, especially high end ones.

Here are the top disadvantages of using a battery powered microscope.

Limited Power – Naturally, don’t expect battery powered microscopes to offer you features that are as powerful as desktop microscopes. Manufacturers today reserve sophisticated features for their high-end desktop microscopes and not for portable units.

Battery Life – No matter what you do, there will come a time when your microscope’s battery power will run out. This is the greatest inconvenience of using battery powered microscopes and it can be frustrating when it runs out as you’ve just finished accomplishing a difficult task.

Lack of Adjustable Rings – These rings are used to focus the necessary amount of light on the specimen while improving the user’s view. Because of their absence, you can’t expect the same level of clarity and sharpness for images magnified by desktop microscopes from battery powered ones.

Of course, you can minimize the inconvenience of using batteries by having one or two extra battery packs ready. And instead of waiting for batteries to die out on you, replace them when you become aware they’re running low on power.

Now that you know the various pros and cons of a battery powered microscope, weigh them carefully before making a decision. Consult others if it would make you feel more secure with your decision.