Português

UCI Cinemas collaborates with The Marvels to launch its new 4K laser projector

477
2023-11-14 13:59:30
Ver tradução

Cinemas are in a developmental stage. Their roles are changing and the rules are being rewritten. Many people have proposed a way to make cinemas a truly unique place by providing audiences with a higher quality experience. It is along this route that UCI Cinemas continues to move forward. In recent days, it has officially launched a 4K laser projector and had a special date with the new MCU movie The Marvels.

UCI Cinemas Launches New 4K Laser Projector in Milano Fiori
The selection of chains has several advantages. In fact, UCI Cinemas has implemented 4K laser projectors in over 50 cinemas, which can now provide higher brightness, brighter colors, and clearer images. In addition to the other comfort that the room can provide, this also creates a better viewing experience for the audience.

In addition, in a world that is increasingly concerned about environmental sustainability, the contribution of this technology becomes crucial. In fact, compared to traditional light bulb based projectors, these devices reduce power consumption by 60%. It saves a lot of money, especially because it is combined with the disappearance of waste related to waste lighting fixtures.

At the UCI Cinemas Milanofiori award ceremony, we were able to try out these 4K laser projectors by hand. Undoubtedly, this was an excellent experience with impeccable quality. Confirm the importance of the restaurant, especially for certain products.
Ramon Biarn é s, Managing Director for Nordic and Southern Europe at Odeon Cinemas Group, commented on the launch of the technology:

As this projection technology expands to UCI cinemas in Italy, we hope to continue providing our audience with the best cinema experience and providing the industry's fastest-growing large-scale screen experience for our company's activities.

Source: Diodelaser net


Recomendações relacionadas
  • Overview of Ultra Short Pulse Laser Processing of Wide Bandgap Semiconductor Materials

    Professor Zhang Peilei's team from Shanghai University of Engineering and Technology, in collaboration with the research team from Warwick University and Autuch (Shanghai) Laser Technology Co., Ltd., published a review paper titled "A review of ultra shot pulse laser micromachining of wide bandgap semiconductor materials: SiC and GaN" in the international journal Materials Science in Semiconductor...

    2024-07-30
    Ver tradução
  • IPG launches dual beam fiber laser for additive manufacturing applications

    Recently, American fiber laser giant IPG Photonics announced the launch of a new laser series specifically designed for the additive manufacturing field.The highlight of this series of lasers lies in its integration of IPG's unique dual beam technology, which can independently regulate and simultaneously emit core and ring beams, setting a new benchmark in accuracy, efficiency, and reliability.Ba...

    2024-11-25
    Ver tradução
  • Implementation of 20W high-power fiber optic frequency comb by the Institute of Physics, Chinese Academy of Sciences

    High power optical frequency combs play a crucial role in nonlinear precision spectroscopy, extreme ultraviolet optical frequency comb generation, nuclear atomic clock research, and other fields. Fiber optic femtosecond lasers are the preferred solution for achieving high power optical frequency combs due to their simple structure, stable performance, and easy amplification.However, due to the una...

    2023-10-11
    Ver tradução
  • New Meltio robot unit provides large-scale line laser DED

    Meltio is an expert in the field of cost-effective linear laser metal deposition additive manufacturing technology (directed energy deposition, DED) and has launched the new Meltio Robot Cell, a turnkey metal additive manufacturing solution equipped with industrial robotic arms and the recently launched slicing software Meltio Space.The new hardware aligns with the vision of this Spanish company t...

    2023-09-22
    Ver tradução
  • The INRS camera captures transient events and is suitable for various scenarios such as high-speed LiDAR systems for autonomous driving

    It is reported that the National Institutes of Sciences (INRS) of Canada has developed a camera platform that can achieve cheaper ultra fast imaging through the use of ready-made components, which can be used in various applications.This new device aims to address some of the limitations of current high-speed imaging, including parallax errors and potential damage from pulse illumination. Th...

    2023-10-07
    Ver tradução