Panasonic ET-D3LEU100 Zero-Offset Ultra-Short Throw Lens for 3-Chip DLP Projectors

If you're seeking to maximize your projection capabilities in tight spaces, the ET-D3LEU100 Zero-Offset Ultra-Short Throw Lens for 3-Chip DLP Projectors is your ideal solution. This high-performance lens is specifically designed to minimize throw distance and enhance flexibility, making it a perfect fit for environments with limited space.

The ET-D3LEU100 lens is a key component of Panasonic's 3-Chip DLP lineup, offering zero offset capability that significantly broadens the versatility of your projector setup. This feature allows for projecting high-quality images from very short throw-distances, expanding your options for projector placement.

One of the standout features of this lens is its powered vertical and horizontal lens-shift. This provides a wide-range adjustment after the projector installation, saving you valuable time and effort. This feature ensures that your projector can adapt to various room layouts and screen sizes, offering you the flexibility to change your setup as needed.

The ET-D3LEU100 lens boasts an innovative L-shaped design that ensures an unobstructed view of the projected image. This design is particularly beneficial for low-ceiling installations, where traditional projectors may obstruct the audience's view.

In addition to these features, the ET-D3LEU100 lens supports Active Focus Optimizer (AFO) technology. This advanced feature maintains the optimum focus level, regardless of content brightness, ensuring consistently sharp and clear images.

Furthermore, the lens is compatible with projectors that continuously monitor the ambient temperature around the lens. This feature ensures the maintenance of optimum focus for sharp images, even immediately after start-up.

In summary, the ET-D3LEU100 Zero-Offset Ultra-Short Throw Lens for 3-Chip DLP Projectors is a high-quality, versatile lens that enhances your projection capabilities, offering a range of unique features designed to optimize image quality and projector flexibility.