English

ARRI manufactures new Orbiter beams to achieve optimal brightness

1245
2024-02-15 11:33:17
See translation

ARRI has launched Orbiter Beam, further expanding the range of accessories for LED spotlights. This is the first beam optical device in the ARRI LED lighting product portfolio. A new optical concept has been developed specifically for this reflector. The beam intensity level of Orbiter Beam has an output comparable to the ARRI Daylight M series M18 at a more compact beam angle.

These high-intensity values can be achieved for the first time through high-quality full-color spectral LED light sources, making Orbiter Beam the brightest full-color LED spotlight on the market. This parallel beam is very suitable for movie applications, whether it is long-distance reflection or indirect reflection.

This new Orbiter optical device provides clear and powerful 4 ° parallel beams and uniform light. Orbiter Beam optical devices are an ideal choice for creating the illusion of distant natural light. The unique and realistic appearance of this optical device combined with the multifunctional Orbiter lighting makes it the preferred choice for filmmakers to simulate natural light from the sun or moon in their film projects.

Orbiter Beam has a large aperture in a compact and lightweight casing. The diameter of the reflector is 530 millimeters, and its size is similar to that of the M90 lamp. The two components of optical components, reflector and beam cylinder, can be easily separated and stacked for storage and transportation. Orbiter Beam includes a unique manual hotspot adjustment that allows for changes from hard edge light to soft edge light. The beam is an important supplement to existing Orbiter Open Face optical devices at 15 °, 30 °, and 60 °. Orbiter Beam optical components do not require additional accessories, such as baffles or beam barrels, as the generated beam is already well focused.

Orbiter's unique fast lighting bracket system allows Orbiter Beam to be installed safely and quickly. Any railer running firmware LiOS2 or higher is ready to operate the railer beam.
Orbiter Beam is available in black and is now available for booking.

Source: Laser Net

Related Recommendations
  • Breaking the production record! Laser and lithium achieve ammonia production under environmental conditions for the first time

    The application of laser technology has revolutionized the methods of nitrogen fixation, providing a new method for synthesizing ammonia under environmental conditions. Recently, researchers have used commercial carbon dioxide lasers for the first time to disrupt the nitrogen nitrogen triple bond, providing a new green alternative to the Haber Bosch process.It is reported that the international re...

    2023-10-16
    See translation
  • Zhejiang University has prepared ultra strong and tough 3D printing elastic materials

    Professor Xie Tao and researcher Wu Jingjun from the School of Chemical Engineering and Biotechnology at Zhejiang University have designed a new type of photosensitive resin and used it to create a "super rubber band" that can stretch to over 9 times its own length and lift 10 kilograms of objects with a "body" with a diameter of 1 millimeter through 3D printing. The relevant results were recently...

    2024-07-06
    See translation
  • Magdalena Ridge expands the capacity of optical interferometers

    The Magdalena Ridge Observatory has purchased a second-generation off-axis beam compressor from Optical Surface, which will expand the functionality of the facility's optical interferometer.Interferometer is a research tool that combines two or more light sources to create interference patterns that can be measured and analyzed. In astronomy, interferometers combine the light collected by multiple...

    2024-01-05
    See translation
  • Single photon avalanche diode detector enables 3D quantum ghost imaging

    A team of researchers at the Fraunhofer Institute for Optoelectronics, Systems Technology and Image Development and Karlsruhe Institute of Technology are using single-photon avalanche diode (SPAD) arrays to achieve three-dimensional (3D) quantum ghost imaging.The new method, called "asynchronous detection," produces the lowest photon dose of any measurement and can be used to image light-sensitive...

    2023-09-06
    See translation
  • Researchers from Columbia University in New York reported the latest research on reverse laser sintering of metal powders

    Researchers from Columbia University in New York reported the latest research on reverse laser sintering of metal powders. The related achievements were published in Scientific Reports under the title "Invested laser sintering of metal powder".The researchers demonstrated the ability of reverse laser sintering technology to manufacture metal powder parts. Researchers first deposit a layer of coppe...

    2024-01-29
    See translation