Lézar3D Collaborates with Quebec Hair Salon to Create and Install Massive 3D Printed Lighting Fixture
While lamps and other lighting fixtures serve the very basic purpose of illuminating our homes, offices, and other buildings, that doesn’t mean they have to look totally utilitarian. 3D printing technology makes it very easy to customize common household items like doorbell cases, flower pots, and lamps. We’ve seen fun 3D printed lamps designed by high school students, a 3D printed lamp that looks like a big piece of fruit, eco-friendly 3D printed lamps, a 3D printed desk lamp made out of an iPhone, and beautiful 3D printed lampshades.
Just because a lamp’s primary purpose is to provide light, that doesn’t mean it can’t be a work of art in its own right. Montreal-based 3D printing store Lézar3D, which collaborated with SlidX on its 3D printed KAYRYS drone earlier this year, recently completed an impressive lighting fixture for a hair salon in Quebec, but it’s so large, it reminds me more of this 3D printed lighted drop ceiling than a lamp.
The concept and design for the massive lighting fixture was the result of a collaboration between the proprietor of Lézar3D, Robert Gagnon, Lézar3D intern Denis Hubencu, and Alain Rouillier, the proprietor of the IL Y A LA COUPE hair salon, located in La Prairie.
The fixture is attached to the ceiling of the hair salon – the original metal frame on the ceiling actually serves as the new lighting fixture’s base. When I say massive, I mean massive – the lighting fixture (really more of a lighting structure) spans five feet in length and eleven feet in width, and is supported by a seven-foot pole. It features LED lights, so it won’t damage or warp the roughly 450 oblique, 3D printed pyramids that make up the fixture.
The fixture is called Dionysus, who, if you’re not up on your mythology, is the ancient Greek god of wine, theatre, and revelry, also known by the Roman name Bacchus. The Dionysus lighting structure was 3D printed using 5th generation MakerBot printers and PLA plastic. Rouillier consulted with Gagnon and Hubencu to create the custom solution, in order to fit more existing metal frames into the salon.
The fixture glows with soft light, and looks like a giant piece of origami art. Like several 3D printed medical instruments, robots, and self-folding structures, it was indeed inspired by the ancient paper folding art, which creates pointed, angular designs. The pyramids that make up the Dionysus fixture have intricate points at each edge, and while a large amount of the pyramids have repeated designs, particularly around the center of the lighting fixture, there are many unique pyramids featured around the shorter edges.
Hubencu, who at the time was a Lézar3D intern, refined the original design concept, and also formed the 3D model for every single pyramid, and Lézar3D took care of 3D printing all of the pyramids and other pieces used to create the Dionysus.
From start to finish, the entire Dionysus lighting fixture project took over three months. Most of this time was spent on 3D printing the hundreds of pyramids: each one of the over 450 oblique structures took between four and twelve hours to print. The structure is now completely set up in the hair salon, so if you happen to be in Quebec and need a hair cut, visit IL YA A LA COUPE to see the Dionysus lighting fixture in all its giant, glowing glory.
To learn more about the process of making the fixture, check out Lézar3D’s video below:
Share your thoughts in the 3D Printed Light Fixture forum at 3DPB.com.[Photos: Provided to 3DPrint.com by Lézar3D]
You May Also Like
3DXTECH Hires Aerospace Manager Tim Spahr from Arkema as it Expands Factory to Begin Manufacturing their Gearbox™ HT2 High-Temp Printer.
As the high-temperature 3D printer market continues to heat up, companies who seek to lead must focus on developing their presence in high-value end-use markets. 3DXTECH, a Michigan-based 3D printing...
Honeywell Aerospace to Qualify VELO3D’s Metal 3D Printing for End Use Parts
The entire aerospace industry has sensed the manufacturing sea change and is integrating 3D printing into production wherever it provides value. Like others, Honeywell Aerospace has been qualifying numerous additive...
CRP Unveils Flame-Retardant Composite SLS Material
CRP Technology has introduced the latest in its line of specialty polymers for selective laser sintering (SLS) 3D printing. Windform FR2 is the most recent material from the company’s TOP-LINE...
The Year in Review: The 3D Printing Research Frontiers of 2019—from Medicine to the Moon
The gift of human life is so miraculous that you may find yourself overwhelmed with the complexity of it all if you think too long. The fact that we have...
View our broad assortment of in house and third party products.