Panasonic ET- DLE030, short-throw lens for large projections in indoor public spaces

The technology used by Panasonic in the ET-DLR030 lens allows the realization of large projections in small spaces so it is ideal for digital signage applications, retail, Museums, theatres or stages.

Panasonic has developed a solution that vertically redirects projector light from a distance of 370 mm of the projector to produce a bright and perfectly symmetrical image directly above it. This is achieved by a mirror system that opens up new possibilities for digital signage applications., Retail, scenarios and public areas.

This development is reflected in the ET-DLE030 short-throw lens for single-chip DLP projectors. The technology used in this lens makes it possible to project into tighter spaces with a shot of 0.38:1 (as is the case of model PT-DZ770) allowing a space saving of the 60%.

Using the Panasonic ET-DLE030 lens means avoiding projecting through, For example, a busy retail area where objects or people can block projected images and where space is a scarce commodity. This also applies to other vertical markets as scenarios., museums or the transport sector, where it may not be possible to suspend the projector mounting bracket or there may not be enough space, either in front of or behind the computer to launch the image to the desired size.

Edge Blending

Panasonic's new ET-DLE030 model enables edge blending, both vertical and horizontal, to achieve even larger projections; In addition, DLP technology 1 chip is ideal for indoor spaces such as museums, theatres or stage backdrops.

Hartmut Kulessa, Director of Projector Marketing in Europe explains how Panasonic has carried out large mapping projects of conventional projections such as the Roger Waters show, "The Wall", at Wembley Stadium.

"Now, with the arrival of this lens, rental companies will be able to offer similar effects for events in covered venues and using less space than before. They will be able to benefit from the needs of an extremely short projection distance as well as a reduction in costs due to a lower need for infrastructure and a more compact overall configuration.".

Geometric adjustment

The ET-DLE030 is the first ultra-short throw lens for high-brightness projectors that integrates geometric adjustment. It is also the first interchangeable ultra short projection system, which adds a great deal of flexibility to Panasonic's latest range of high-brightness projectors.

With the addition of Panasonic's geometric adjustment technology, the most advanced and high-impact effects can be achieved, as Kulessa explains: "Geometric adjustment can also be used to create eye-catching applications on curved or uneven surfaces.. For example, in a museum you could create a bent or curved image.

Even when the audience is standing and very close to the screen, no shadows will be cast. It can also be used in videoconferencing systems with large screens using a rear projection screen, exclusive Panasonic technology".

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