Panasonic 11,000 Lumens, LCD, WUXGA Resolution (1,920 x 1,200), Laser, 4K Signal Input, Information Monitor, No Lens, White
Free shipping on all orders.
Typically ships in 2–4 days
Specifications
Free shipping on all orders.
Typically ships in 2–4 days
Specifications
The Panasonic PT-MZ11KLWU8 is a high-brightness LCD laser projector designed for higher education, corporate environments, auditoriums, museums, houses of worship, and large meeting spaces. Delivering up to 11,000 lumens of brightness with WUXGA (1920 × 1200) resolution, the projector combines outstanding image quality, installation flexibility, and long-term reliability in a compact, lightweight design.
Featuring Panasonic's advanced 3LCD laser projection technology, Pure White Generator, Dynamic Contrast NX, and intelligent setup tools, the PT-MZ11KLWU8 produces vivid images, minimizes maintenance requirements, and delivers dependable performance for professional AV installations.
Display bright, impactful presentations, digital signage, and multimedia content with excellent visibility in lecture halls, conference rooms, museums, and large venue environments.
Native WUXGA resolution (1920 × 1200) provides sharp text, detailed imagery, and smooth video playback. Support for 4K signal input ensures compatibility with modern content sources and AV infrastructures.
Designed for easier transportation and installation, the PT-MZ11KLWU8 offers high brightness in a lightweight chassis that helps simplify deployment across a variety of venues.
Panasonic's Pure White Generator technology maximizes brightness while preserving rich color reproduction. An efficient optical design minimizes energy loss and produces vibrant, natural-looking images with outstanding color balance.
Dynamic Contrast NX automatically adjusts laser output based on scene analysis, delivering deeper blacks, brighter highlights, and enhanced image depth for a more immersive viewing experience.
High brightness combined with Panasonic's advanced image processing technology ensures content remains clear and engaging even in rooms with substantial ambient light.
The solid-state laser light source eliminates the need for traditional lamp replacement while maintaining consistent performance throughout its operational life.
The laser light source and filter system are engineered for up to 20,000 hours of operation before major maintenance is typically required, helping reduce ownership costs and downtime.
Panasonic's Multi-Laser Drive Engine incorporates failover circuitry that helps maintain image projection should an individual laser diode encounter a fault, providing additional reliability for mission-critical applications.
An efficient liquid-cooling system helps maintain stable operating temperatures and contributes to long-term performance and operational stability.
The PT-MZ11KLWU8 is supplied without a lens, allowing users to choose the ideal optional Panasonic lens for their installation requirements.
Powered lens shift allows installers to accurately position images without relocating the projector, simplifying installation in challenging spaces.
Supporting front, rear, ceiling, floor, and 360-degree installation, the projector adapts easily to a wide range of professional AV environments.
The integrated Information Monitor provides immediate access to important operating information, including:
Copy projector settings and calibration values to multiple projectors through LAN or USB memory devices, reducing configuration time in multi-projector installations.
Control and monitor projector functions from a compatible smartphone or tablet.
Advanced software tools support edge blending, geometric correction, color matching, projector stacking, and automated brightness alignment for complex projection systems.
Built-in correction tools allow installers to compensate for image distortion, curved surfaces, corner misalignment, and irregular projection areas with precision.
The PT-MZ11KLWU8 includes professional-grade connectivity options designed to support enterprise, education, and large venue AV systems.