Invented in the 16th century, the very first microscopes were used to study insects, and they were nicknamed ‘flea glasses’. Microscope cameras have come a long way since they were were invented for studying insects. Referred to then as “flea glasses”, industrial microscopes have pulled off some amazing feats in current days. What started out as simple magnification of commonly seen bugs, has turned into an important aspect of many different scientific fields. The most powerful telescope has the ability to make images to a resolution of half the width of a hydrogen atom. We have come a long way from looking at fleas in a field.

When the first people who made the early models of the microscope used their new invention, they were focused on getting a better look at things that they could see with their eyes, just with more detail. Microscope cameras today possess the power to capture insects in high definition picture now. Technology today truly allows people to get very up close and personal with their subjects.

A digital microscope is made by integrating a camera into the microscope and eye pieces are not necessary for a functional inspection microscope. An image of the sample is observed and analyzed directly on an electronic monitor display. The most obvious advantage of digital microscopes, like the dino-lite microscope, is the ergonomics of the instrument. Because the image of the sample is displayed on a monitor, users are able to view them immediately and analyze the sample image using software while sitting in a comfortable and relaxed upright position. The ease of access has transferred to your computer as well. Models of a USB microscope camera are available for you to connect in the comfort of your own home. Images found in your digital microscope can be captured and saved and included software allows for making measurements and adding annotations to captured microscopy images.

The powerful computers that power the microscope camera is where the magic begins. Optic lenses provided scientists with reliable microscopic technology for a long time, but with the way that digital microscopes can expand and show real time images while adding light to what would normally be darker areas, the advancements have only proven to propel the research results forward from what was previously possible. Images can be measured in both 2D and 3D, and displayed as 3D images. These technologies allow people to observe the visual progression of a subject’s life cycle and observe a specimen over an extended period of time. Also, since all data is being stored on a computer, it can all be stored and organized for later use.

The world of microscopy was changed with the advancing technologies of digital microscope cameras. It provides a much easier observation platform than what was available in the past as well as easy storage options for many different subjects. The digital microscopes are also much cheaper than high-end professional equipment, truly allowing students and hobbyists to further immerse themselves into the microscopy landscape.