A video inspection microscope is normally composed of different combinations of equipment used in microscopy. The microscope body, which is video capable, is attached for output to the CCD camera. The camera, in turn, is connected to the CCTV video monitor. Majority of the video inspection microscopes also contain zoom objectives. This is to give the microscopes the ability to gradually change the magnification. The stand can either be a simple one. You can also opt for a boom stand that’s full sized so you can take advantage of the articulating or swinging arm. Video inspection microscopes are utilized to inspect circuit boards and other small industrial parts to ensure that they are of excellent quality and passed quality standards set. Because it possesses a CCTV video monitor, a video inspection microscope can function while sitting in an ergonomics chair. There’s no need for you to hunch, which normally happens when viewing electronic components on binocular stereo microscopes.

Improvement of Quality and Increased Productivity

There are inspection microscopes that provide excellent low magnification ranges for manipulation and inspection purposes. They act in lieu of bench magnifiers, which are commonly used before. If you get lucky, you can even have an inspection microscope that combine cost effectiveness with superior performance.
For example, there are optical technologies that permit operators to move their head anywhere they could to avoid neck strain. They also facilitate excellent coordination of both eyes and hands. Wearing of glasses can even be possible. Thus, operators can have the ability to improve their quality checking performance and may increase the number of items they can inspect every day.

Other inspection microscopes can have varied choices of change objectives, with magnification ranging from x4 to x6. They may also have LED illumination which can provide more than 10,000 hours of microscopic viewing without any shadows.

Precise Measurement of Very Complicated Components

Inspection microscopes can have a comprehensive range of applications when it comes to precise measurements. It may include manual gauging to complete three-axial automatic measurements.

You can obtain correct measurements for truly complicated components by utilizing images with high resolution and high contrast. This permits for a better surface definition, which allows for simple and fast measurement capabilities. Thus, you can measure critical components with utmost confidence, guaranteeing the quality of your product.

Inspection Microscope Integrating Stereoscopic Microscope

A stereo microscope can also function as an inspection microscope. Also called dissecting microscope, it is normally being used in biology classes in schools and universities. They come in handy when you’re inspecting the anatomy of animals under experiment such as insects and frogs. They are also applicable in inspecting coins, mechanical parts, or circuit boards that require only little magnification.

There’s quite a difference between a stereo microscope and compound light microscope. The former possesses two light paths that are independent of each other. It also has separate eyepieces and two light objectives to pick up images in stereoscopic manner. This offers depth perception and 3D viewing, common attributes of the human eye.

A compound light microscope, on the other hand, only has a single objective but divides the image through a beam splitter. This is so the eyepiece can receive identical image. If you buy a stereo microscope, you should make sure that the optics are aligned accurately in the head. A simple bump is sufficient to initiate misalignment. Majority of inexperienced users do not know about this. A good detection is when there’s double vision happening.

Microscope for Fiber Optic Inspection

A plastic or glass fiber developed to guide light along the fiber’s length by restraining much of them in propagating form is referred to as optical fiber. Fiber optics refers to the combination of engineering and applied science of optical fibers. These fibers are commonly utilized in fiber optic communications. This is to allow long distance transmission of data, compared to using wireless or wired communications They are also used to create sensors as well as in other types of applications.

An inspection microscope can be used to monitor any errors, contamination or flaws to the fiber optics. Thus, the operator can immediately find solutions and make necessary repairs to the cable.

How to use an inspection microscope depends on the industry, the purpose it is used, as well as the person handling it.