The development of high performance electronics relies on a number of specialized development stages that the average person may not be able to wrap their heads around. For those in the industry, however, it's well understood that extraordinarily accurate positioning and measurements are vital components of developing electronics that can stand up to rigorous usage.

From a production perspective, it's important that you develop a full understanding and appreciation of the tools available to you. Below, you'll find a guide to some common uses for a piezo scanner, allowing you to pursue the usage of an incredibly effective piece of technology that may help you meet needs you didn't even know you had.

Laser Beam Steering

The use of lasers is absolutely essential in a wide variety of communications, positioning, and other data transmission contexts. Laser positioning is extremely sensitive, however, and even a small miscalculation in the planning phase can leave you struggling to develop a reliable product in the production phase.

Piezo scanners work to focus light particles down to infinitesimally small levels. This can allow for extremely precise laser beam steering, as the scanner can be fixed exactly on your desired spot and aim the beam correctly. This repeatable process can go a long way toward guaranteeing your production scheme remains strong and consistent.

Fiber Alignment

Similarly to how a piezo scanner works to align beams of light, a piezo scanner can also act as a fiber alignment tool. The microscopic fibers which are used in semiconductor production require extreme precision in order to be formed into a working component, and a manual touch may not be able to achieve that level of accuracy.

By relying on your piezo scanner, you can plan out the exact path of a given fiber and verify that it's aligned correctly for your usage. This will also allow you to set up regular and repeatable alignment instructions that should help expedite the speed of your production.

Image Stabilization

Recording the most precise and accurate images possible is of vital importance in a number of fields. Microscopy and astronomy are two common areas in which piezo scanners can go a long way toward providing clarity. By focusing beams of light, any risk of shaking or uncertainty in a given image can be erased, and you can find yourself with a much clearer picture that spells out the precise conclusion you were seeking.