8200 Lumen 360° Projection 3LCD Laser Projector For Immersive Projection

 SMX 8200 Lumen 3LCD High Brightness Laser Projector For Immersive Projection

The SMX's MX-VL820U is a high-brightness laser projector with 8200 lumens brightness, designed for commercial, educational and public spaces. With a lifespan of up to 30,000 hours, it can project ultra-large screens up to 300 inches in WUXGA resolution. Equipped with features such as H/V lens shift, 1.6x optical zoom, advanced keystone correction and 360° projection function, this projector provides flexible setup options. In addition, comprehensive LAN control ensures seamless integration into existing device management networks.

Key Features:

• 8,200 Lumens offering bright images in any environment
• Throw Ratio: 1.08-1.76
• Lens Shift : V: 0%-45%, H: ±21%
• High Contrast Ratio: 5,000,000:1
• Centralized LAN control for efficient management
• Built in 16W speaker

Application Area:

• Public Space
• Hologram Projection
• Immersive Projection
• Commercial Display
• Entertainment Venue
• Education&Exhibition&Museum

Bright images for large venues

With an output brightness of 8200 ANSI lumens, SMX's MX-VL820U projector delivers vivid, clear projections in all lighting conditions, making it ideal for conference rooms, lecture halls, galleries, simulation venues and other large spaces.

Fits Any Environment

The SMX's MX-VL820U features tool-free lens shift control, 1.6x optical zoom, H/V ±30° keystone correction, 6-corner geometry correction and 4-corner adjustment options to adjust the image without shifting, ensuring it fits in any environment.

WUXGA Native Resolution

WUXGA resolution can present high-definition video images. The technology can still maintain clear and vivid details when projected on a large screen, giving users a vibrant visual experience.

LAN Control Function

The SMX's MX-VL820U projector is compatible with Crestron, PJ Link, and AMX Discovery, making device management more efficient and flexible. By using network-based LAN controls, users can transcend the physical limitations of projectors’ locations and spaces while decreasing administrative and managerial costs.

Specification