High resolution lenses for machine vision — standard and custom lens design
The Technology Behind Laser Lights
High Resolution Lenses for machine vision, instrumentation, inspection and vibration-sensitive applications. Standard and custom hi-res lens assemblies.
Laser Lights
Light Amplification by Stimulated Emission of Radiation, aka laser is a technology that has revolutionized many aspects of our daily life. Through the use of laser diodes in television remote controls to military grade laser uses to the use of laser technology in medical fields, lasers are prevalent throughout our daily lives.
Scientists and researchers as being highly accurate, versatile, define lasers and the user has full control over its use and where it’s focused. Laser based technologies operate under the principle of light stimulated emissions that come through light pulses. Light pulsation comes in many forms and this is what makes the use of lasers so versatile in myriad platforms. Because of the light pulsation and the fact that it can be generated through different mediums including carbon dioxide. Gas-based laser technologies operate at a high level of accuracy and this makes them beneficial to medical techniques because they help patients avoid undue bleeding and lessen the risks of some high-risk procedures. A traditional scalpel procedure can be replaced through the use of laser technologies. The patient benefits because the incisions made with lasers typically heal faster and are less invasive.
When you couple a better patient centered experience with the fact that laser surgeries bring with them a low to zero incidents of accidents, you can begin to appreciate its viability. A laser helps to stop bleeding in incisions because the laser sections the tissue with pulsed light that cauterizes the tissue as it perforates it. Laser technologies are crucial to cosmetic surgery procedures as it doesn’t leave a visible trace of the surgery and the incision site heals more cleanly.
In addition to medical realms, laser technology is moving into the engraving business because the laser more precisely pinpoints the areas to be engraved and makes a more clear-cut design. Laser engravers can be used on glass, fiberglass, plastic, rubber and even wood.
As the laser diode manufacturers at Universe Optics understand, laser technology is clearly cutting edge and is taking hold in myriad business, medical, military and in-home uses.