company news about FLYIN high-brightness laser projector, empowering a new vision of gauze screen projection

• Ultra-high brightness, strong penetration

  Adopting a new generation of laser light source technology, the brightness can reach 20,000-30,000 lumens, and it can still present sharp images even on a highly transparent gauze screen, ensuring that the audience can get the best visual experience in complex light environments.

• 4K HDR, extreme clarity

  Supporting 4K ultra-high-definition resolution and HDR high dynamic range, the color coverage reaches DCI-P3 wide color gamut, making the gauze screen projection picture more detailed, more distinct, and seamlessly integrating virtual and reality.

Equipped with ultra-short focus lens, it can project a large screen at a very close distance, and supports electric zoom, lens shift and multi-machine splicing and fusion, perfectly adapting to the hanging, arc or special-shaped installation requirements of the gauze screen.

The innovative cooling system enables the equipment to maintain low noise and low temperature during long-term high-load operation, which is suitable for scenes with extremely high requirements for silence, such as theaters and exhibitions.

• Stage performance:

  Multiple FLYIN projectors can be linked to create a 360° surround gauze theater, allowing virtual scenes and real-life performances to interact in real time.

• Digital art exhibition:

  Combined with the characteristics of the gauze screen, artists can create "penetrating" light and shadow works, and the audience can walk through them and feel the magical effect of the picture flowing in front of and behind them.

• Commercial landmark:

  Hang a giant gauze screen outside the city's landmark building, and cooperate with the long-distance projection capability of the FLYIN projector to achieve a shocking outdoor holographic show.

FLYIN simultaneously released a smart projection control system that supports multi-machine synchronization, real-time content adjustment, and AI dynamic calibration. In the future, the Internet of Things technology will be used to achieve clustered intelligent management of projectors, further reducing the difficulty of operation and maintenance of large-scale light and shadow projects.