2. To understand how a laser works, it is helpful to know that the
word is actually an acronym for Light Amplification by Stimulated
Emission of Radiation.
Simply put, when certain electrons are stimulated, they emit a
beam of light. When a mirror or prism collects this light and directs
it in one direction, the result is a laser beam. By using multiple
lasers, it is possible to project several paths for use with image
processing.
Everything you need to know about Laser Modules
3. Several types of laser module are available, varying in application and cost:
The point generator module is the simplest type of laser module. This is basically a
spirit level that fires laser points and sometimes uses line generators that can be
reversed in front of the beam.
Dot laser module projects simple points that can be level, square or
perpendicular. A variety of models are available with prices ranging from $ 20 to
more than $ 500. While the cheapest models are best suited for indoor use, other
models can be used outside.
Line laser module is a point-to-point module that can shoot multiple horizontal
and vertical laser lines using multiple LED diodes at distances of 65 to 100 feet
(19.8 to 30.5 meters). Designed for indoor use, they often include the ability to slip
and tidy up. Some models now include pulsed light technology that works with
light detectors so they can be used outdoors or in bright indoor spaces.
The rotary laser modules project a rotating point to make a 360 degree line. The
detector is used to read laser lines remotely. Most rotary lasers also have a single
path generator. Ideal for outdoor work, such as adjoining roads, foundations, or
pipe placings, this is the most accurate and most expensive laser module, varying
from $ 250 to more than $ 2,000. Manual and self-leveling options are available,
and can be operated by remote control.
Types of laser modules:
4. Following are few main uses of laser modules.
Fiber coupling:
Some laser modules are combined with fiber, for example, directly launching the light produced
into optical fiber.
Cooling services:
To cool down the high power, laser modules can facilitate cooling, for example, by offering metal
surfaces that can be easily mounted on the cooler. Thermoelectric coolers (TEC) can also be
included, often with a feedback system to stabilize the temperatures. This results in a more stable
wavelength and output power.
Power stabilization:
The output power can be stabilized with an internal feedback loop with a photodiode monitor.
This way the amount of the power can be stabilized.
Wavelength conversion:
There is a green laser module with an internal frequency multiplier for wavelength conversation.
The module can contain single amplified mode laser diodes and nonlinear waveguide.
Other applications of laser modules include directing and aligning optical elements, precise
printing and imaging systems, displays, barcode scanning, optical data storage, optical sensors,
pumping solid-state lasers, open air communications, and medical applications. Laser modules are
very helpful in industrial sectors and can be used in several industries.
Uses of Laser Modules
5. Ayase America
One Walnut Creek Center
100 Pringle Ave. Suite 229
Walnut Creek ,CA 94596
Tel:9254647221
https://www.ayasecorporation.com
Contact: