The system is simple...

PARALLEL BEAM INTENSIFIERS

"Lightstreaming" begins with a powerful, parallel beam of light. Exclusive only to dedolight users, each focusing light now has a Parallel Beam Intensifier lens which magnifies the light and warps it in to a strait beam. Simply put, using dedolights with Parallel Beam Intensifiers gives Lightstream a structure which no other reflecting systems in the market can achieve. Unlike other systems with "beamer" attachments, our focusing lights with Parallel Beam Intensifiers produce up to 533% MORE light output in a new spot position (DLED3-D with DBPA-610). Like all dedolight accessories, it takes just a few seconds to add to the light head. The new spot is tight and controlled; it's our constant in the Lightstream system. Amazingly, the parallel beam to some degree escapes the prison of the square law. Fundamentally speaking we are greatly minimizing the distance, scale, equipment, power and budget you would need to recreate more realistic sunlight. We've moved the sun closer to us while making light appear to still come from the center of the solar system. But the creative mind can take it much further than just that...

MOVE, SPLIT, OR REFLECT THE BEAM

You can split the host beam, sending it to multiple reflectors; yes, one light can now become multiple new light sources greatly reducing your carbon footprint on set, ambient heat, power consumption, cooling costs, cable running, and all major costs associated therein. Beside those cutting edge perks, simple use of a single reflector creates refreshing qualities of new light without worrying about color shifting since it's coming from the same source. Among other characters, the new reflected light is polarized thereby creating more realistic daylight textures and tactile depth.

New Light reflected

NEW QUALITIES OF LIGHT

We currently use four different reflector types, each featuring a unique surface and reflective result. All reflectors transfer more than 95% of the light they receive. The unique qualities of each surface give the reflected light different spreads. These results are controllable only when using a beam of parallel light. The reflectors themselves will reflect light from any source with some results, but It's most important to note that use of the reflectors with intense parallel beams takes it to a systematic level with magical results.

Our results herein describe Lightstream reflectors with dedolight focusing lights and Parallel Beam Intensifier attachments...

#1 REFLECTOR -

The #1 Lightstream reflector acts as you would hope a front-facing mirror would but with a more homogenous result. You can redirect a beam, or even miraculously split a beam into "secondary beams" to reach other Lightstream reflectors without losing beam integrity; this is the main reason why using an intense parallel parent beam is mandatory for success.

#2 REFLECTOR -

Lightstream #2 reflectors spread the the incoming spot by 12° while preserving the lumens. The total transferal of light remains above 95%. This board can still be used to transfer a beam to another, larger board, but most commonly as a direct source with greater intensity and a narrower spot fresnel focusing lights can even achieve.

#3 REFLECTOR -

Lightstream #3 reflectors spread the incoming beam by 50° while still transferring above 95% of the total light. Board #3 reflects a gentler light quality with its wider coverage. The outgoing light behaves more in accordance with the Inverse-square law in exposure and intensity. The beam can have hard or soft qualities depending on intensity of incoming beam and its distance to the subject.

#4 REFLECTOR -

Producing seemingly the most gentle results, the #4 reflector spreads the parent source at an angle of 95°. The light level reaching the subject is lower, about 5% less than light bouncing from a bead board. Like the #3 Lightstream reflector, the #4 reflected light can have hard or soft qualities depending on intensity of incoming beam and its distance to the subject.