PLP2-100-S

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Optics, or the study of the behavior and properties of light, is currently at the forefront of modern science. As part of that sub-field, lightpipes - often referred to by the more general designation of “optics-lightpipe” - have become increasingly popular in the past decade. One of the most popular optics-lightpipe models is the PLP2-100-S, an advanced light re-directional device used to manipulate the beam of light within a controlled environment.

The key component of the PLP2-100-S is its award winning ‘split optics’ pattern. This patented optics system splits a single beam of light into two beams. These beams are re-directed within the device, creating a resulting beam which appears to ‘bend’ and re-direct the light. This resulting beam is then confined to a controlled environment, allowing for the manipulation of the light beam without its escape.

The PLP2-100-S finds many uses in various areas and industries. It is primarily used for industrial and commercial applications, such as in buildings or structures in which there is limited available space. The device can also be used in optical facilities, like hospitals and research labs, in which the light beam needs to be accurately controlled. In the field of medical science, this device finds multiple uses in the area of laser surgery and in other optical medical treatments.

The PLP2-100-S also finds multiple uses in the field of renewable energy. In the field of wave power, the device can be used to redirect energy through various channels or pathways in order to maximize efficiency. Additionally, the device can also be used to store solar energy in concentrate cells, or for other renewable energy projects that require the control of light beams in an optimal fashion.

The working principle behind the PLP2-100-S is relatively straightforward. The single-beam of light is redirected within the device, creating a resultant beam which is generally smoother and has higher accuracy than if it were to be directed by a single light source. The high-precision prismatic reflector within the device is responsible for re-directing the beam accurately. The multiple light beams are then deflected twice at 90° angles using the prism effect, resulting in a strong and reliable beam.

The PLP2-100-S can be operated manually or remotely, with most units featuring a user-friendly interface that allows for a wide range of configurations. Many users enjoy the versatility of the PLP2-100-S, which can be used for a variety of applications, from industrial light re-direction to medical treatments. The device is highly resistant to both wear and tear, as well as environmental conditions like temperature and moisture, making the PLP2-100-S a reliable choice in a variety of settings.

The PLP2-100-S is an incredibly useful device and an asset to any optics lab or industrial facility. Its patented \'split optics\' pattern is reliable for creating a strong and precise beam for any light re-directional task. Additionally, its user friendly interface and wide range of applications make the unit an ideal investment for any field or industry that requires light re-direction in a controlled environment.

The specific data is subject to PDF, and the above content is for reference