Alloys is proud to announce the launch of Panasonic’s latest innovations in projection technology: The PT-VMZ7ST and PT-VMZ6ST short throw LCD laser projectors. Designed to meet the evolving needs of modern classrooms, boardrooms, museums, and immersive environments, these projectors deliver exceptional brightness, flexibility, and eco-friendly performance.
High Brightness Performance
The PT-VMZ7ST offers an impressive 7,000 lumens, while the PT-VMZ6ST provides 6,200 lumens, ensuring clear and vibrant images even in well-lit spaces.
WUXGA Resolution
Both models feature WUXGA (1920 x 1200) resolution, delivering sharp and detailed visuals suitable for a wide range of applications. Also offering the flexibility 4K input (30p)
Short Throw Lens
With a throw ratio of 0.797–1.01:1, these projectors can project large images in confined spaces, reducing shadows and enhancing viewing experiences.
Flexible Installation
Equipped with a 1.2x optical zoom, vertical/horizontal lens shift, and powered focus, the PT-VMZ7ST Series adapts seamlessly to various layouts, simplifying installation and setup.
Eco-Friendly Design
Utilizing a laser light source, these projectors offer long-lasting performance with minimal maintenance, contributing to sustainability efforts.
Upgraded Screen adjustment with new GUI
The VMZ7ST Series introduces an upgraded Screen Adjustment suite with an intuitive new Graphical User Interface (GUI). Designed to simplify setup in various spaces—including curved screens—the GUI streamlines adjustments via remote control without the need for a connected PC, making installation faster, easier, and more flexible than ever.
The PT-VMZ7ST and PT-VMZ6ST projectors are ideal for applications.
- Educational Institutions
Enhance classroom presentations with bright and clear visuals.
- Corporate Environments
Deliver impactful meetings and presentations in various room sizes.
- Museums and Exhibitions
Create immersive experiences with high-quality projections.
- Simulation Centres
Provide realistic simulations with detailed imagery.