Valerion Visionmaster Max 3500 Lumen 4K Triple Laser Smart Home Entertainment Projector

Elevate your home viewing experience with a projector that offers powerful brightness, 4K details, and cinematic colors, delivering advanced performance in both dark and bright scenes.

Features of the Valerion Visionmaster Max Projector

• 3500 ISO Lumens brightness with triple laser projection for bright and realistic images even in ambient light.
• NoirScene system enhances performance in darkness with 360-degree control of black levels, highlighting fine details and providing better depth in dark scenes.
• Precise IRIS aperture with six levels and a black coating to absorb excess light, resulting in purer blacks and smoother gradients.
• Dynamic Tone Mapping for real-time HDR adjustment, enhancing color accuracy and revealing hidden details in every frame.
• Built-in Google TV system for a smart projector experience with popular streaming platforms, plus MEMC support for motion smoothing and active 3D feature.

Specifications of the Valerion Visionmaster Max Projector

• Type: Triple laser projector, home cinema projector.
• Resolution: 4K.
• Brightness: 3500 ISO Lumens.
• Color Range: 110% Rec.2020 Color Gamut.
• Viewing Contrast: 50,000:1 Viewing Contrast.
• Screen Size: Up to 300 inches.
• Lens Shift: +/-105% Offset for precise image positioning without moving the projector.
• Lens: Precise Iris with six control levels.
• HDR Enhancement: Dynamic Tone Mapping.
• Picture Modes and Standards: IMAX Enhanced, Dolby Vision, HDR10+, Filmmaker Mode, and Active 3D support.
• Operating System: Google TV OS.
• Memory: 4GB RAM and 128GB ROM.
• Gaming: 4ms Input Lag at 1080P 240Hz for a high responsiveness experience.
• Screen Sharing: AirPlay 2, Chromecast, and Miracast for wireless content streaming from smart devices.
• Smart Home Integration: Voice control and support for Apple HomeKit, Google Home, Alexa, and Control4 systems.
• Design: Sleek black chassis with a large front lens and side ventilation openings for efficient heat dissipation.