BenQ LU935ST WUXGA Short-Throw Laser DLP Projector, Bundle with H&A Ceiling Mount

Discover the cutting-edge BenQ LU935ST WUXGA Short-Throw Laser DLP Projector, bundled with an H&A Ceiling Mount, designed to elevate your corporate presentations and specialized applications. As the world's leading DLP brand, BenQ introduces this innovative projector featuring revolutionary laser technology that delivers exceptional WUXGA resolution, ensuring professional-grade visuals in any corporate setting.

Revolutionary Laser Technology and Superior Brightness
Harnessing the power of a precision-aligned high-output laser source, the LU935ST achieves an impressive brightness of 5,500 lumens. The zero-deviation alignment of laser diodes enhances luminous flux, optimizing light efficacy for vivid and clear presentations even in well-lit environments.

Advanced Color Performance
The projector's dual synchronized color wheels, infused with a secondary yellow segment, stimulate precise RGBY spectra, achieving 92% Rec.709 color coverage. This ensures optimal chromatic performance, delivering vibrant and true-to-life colors for all your visual content.

Durability and Longevity
Built to last, the LU935ST features a hermetically sealed DLP chip comprising over two million micromirrors. This design resists heat and maintains performance for over 20,000 hours without degradation, ensuring enduring reliability and vibrant color reproduction throughout its lifespan.

Flexible Installation and Adjustment
Ideal for golf and flight simulators, as well as retail applications, the short-throw lens can project a 12-foot wide image from less than 10 feet away, minimizing shadows and maximizing space. The projector also includes a zoom lens and vertical/horizontal lens shift, allowing for flexible mounting and precise image alignment. Digital keystone correction and corner fit technology further enhance installation ease, ensuring a perfectly aligned image on any screen.

Innovative Features for Seamless Operation
The LU935ST supports 360-degree installation, accommodating portrait or custom screen orientations without compromising performance. BenQ's exclusive white balance adjustments and Custom Light Mode ensure consistent brightness and color accuracy across multiple projections, adapting to various ambient lighting conditions.

Robust Dustproof Design
Engineered with IP5X DustGuard Pro technology, the projector's sealed engine protects critical components from dust, reducing maintenance costs and downtime. An anti-dust accumulation sensor further prolongs optimal performance by preventing dust buildup that can affect image quality.

Enhanced Connectivity and Control
Equipped with HDMI 2.0 ports, the LU935ST offers supreme image quality with greater brightness and contrast. Its HDBaseT compatibility allows seamless transmission of video, audio, and control signals over a single CAT5 cable up to 100 meters. The projector also features wired remote control and remote control ID settings for independent operation in multi-projector setups.

Superior Image Quality and Low Maintenance
With a WUXGA resolution of 1920 x 1200, the LU935ST provides enhanced detail and clarity, far exceeding Full HD 1080p. Its laser-powered ultra-high contrast ratio of 3,000,000:1 ensures deep blacks and vivid colors, while the Fast Mode reduces latency to 16.67ms for responsive and realistic interactive experiences. The laser light source guarantees 20,000 hours of maintenance-free operation, offering significant savings over traditional lamp-based projectors.

Centralized Network Control
BenQ's centralized control software enables remote management of multiple projectors, compatible with Creston, AMX, and PJ Link systems for seamless integration and cost-effective maintenance. This highly integrated network control system ensures efficient operation and management across various environments.

Experience the unparalleled performance and versatility of the BenQ LU935ST WUXGA Short-Throw Laser DLP Projector, a perfect choice for delivering impactful presentations and immersive simulations.