3D Printing Lighting Design

That design lamp now comes from the 3D printer, is not surprising. The times at which the 3D printing was acted alone as a method for the construction of models and prototypes, are long gone. Food, institutions, cars and houses can come out of such a printer, considered in its three dimensions, used and even eaten today. What we have sometimes heard about as a headline in the news or gimmick of science, has long since penetrated in truth in our daily lives. The example of the design lamp Light Forest Danish manufacturer And tradition, we present the 3D printing as an innovative manufacturing technology before.

3D Printing Lighting Design

Chronicle of 3D Printing Technology

The idea by printing method to create three-dimensional objects is not new:

1960-As a vision formulated by the science fiction author Arthur C. Clarke the idea of 3D printing for the first time.

1972-The idea of the three-dimensional photocopier describes fictional comic book “Tintin and the Lake of Sharks” of Professor Calculus

1980-The first stereolithography system is built by Chuck Hull

2011-Sam Cervantes offers a desktop printer for self-testing, “to make 3D printers creative people all over the world available” with the intention

2013-Converting a 3D printer, scientists of the Wake Forest Institute for Regenerative Medicine human, “viable” institutions in thumbnail size to

2014-NASA is planning a 3D food printer to send to the ISS

2015-AND TRADITION presents the design lamp Light Forest produced partly by 3D printers

2025-3D printing human organs should be possible for transplant

Overview of 3D Printing Process

Each 3D printing is based on the dimensions of a CAD file. Three-dimensional materials are computer controlled thereby built up in layers, which can consist of the following materials used: plastic, metal, plaster / concrete, paper, chocolate

Fused Deposition Modeling

In this printing process plastic is used. As a molten mass of synthetic material is pressed from a nozzle, thereby forming layers each have a thickness of up to one quarter of a millimeter.

Laminated Object Manufacturing

Sheets of paper or plastic layers bonded together. Once a film is glued, the desired contour is cut by laser, knife or hot wire. This process is repeated until the final result.

Selective Laser Sintering (SLS)

Powdered plastic or Mettallpulver form the basis of this 3D-printing process. From a slide, the powder is distributed on a work surface and heated punctual with a UV laser. By the action of heat, the granules fuse together.

Stereolithografie

Since 1980, this 3D printing method is used in which resin constitutes the material basis. Layer manner is it poured into a basin and formed thereby thin layers, which are not thicker than the fraction of a millimeter. Each individual layer is exposed to flower night light from a UV laser and cured selectively. This process is repeated on the next layer resin.

3D Printing In Application: AND TRADITION Light Forest

Particularly in the mass production of parts enjoys the 3D printing more and more popularity. Compared to conventional manufacturing techniques such as injection molding, the 3D printing show many advantages, whereby the production of molded parts can be performed more efficiently. For the design of the design lamp Light Forest, the designers Ontwerpduo made these same possibilities of 3D printing to use: Not all design lamp comes from the 3D printer, but the often curved connecting elements, the long aluminum tubes lead the way in seemingly tangled webs. Conventional manufacturing techniques such as injection molding would have made the construction of these connectors to a time- and material-intensive affair. The 3D printing process that was applied in the form of parts of the design lamp And Tradition Light Forest, is the SLS pressure (Selective Laser Sintering), which plastic has been used as a basis.

The Makers Behind And Tradition Light Forest:

Manufacturers And Tradition

Since 2010, it makes the Danish Design Label And tradition the task of art and craft to allow a meeting in lighting fixtures. The fusion of Scandinavian traditions with the innovations of modernity does not rule in this case from, but is more than desirable.

We challenge convention to create objects that rethink how we use materials and manufacturing techniques… We push materials to the limit of their potential and reconsider how they are processed to create a new aesthetic. We strive for timeless beauty and quality that is born out of tradition and revolution.

As a Manifesto reads the statement of the manufacturer And tradition on its mode of production. The buzzwords “tradition” and “Revolution” to fit the design lamp Light Forest as chalk and cheese. The noble metal copper can be found at this design lamp constitutes, like the aluminum material that connect to printed with the 3D plastic elements sexy.

Designer Ontwerpduo

Tineke Beunders and Nathan Wierink are Ontwerpduo are the shapers of design lamp Light Forest – a design with which they have remained true to themselves and their philosophy. the Gestalterduo learned at the Design Academy Eindhoven know that henceforth devoted himself to reacting poetic style designs. Since 2008, the Ontwerpduo realized imaginative designs that rival the dreamy shape of the design lamp Light Forest in nothing. Inspiration for the design of the design lamp Light Forest was the idea of ​​a climbing plant that enters the room from one location and slowly moved over walls and ceiling, blooms and leaves rain down light.

And Tradition Light Forest–Designleuchte im 3D-Druckverfahren

Latest technology, high efficiency and poetic forms come together in this design lamp for ceilings and walls of the room. With the approach of wanting to illuminate any room angle, the designers of Ontwerpduo created an articulated solution that plants equal extends over a large area and light screens like flowers can protrude into the room. The “joints” that stem from the 3D printing process, are essential to the design lamp Light Forest for form and function.They conduct the aluminum tubes in their characteristic tracks whose final form copper goblets. As blossoms similar fluorescent screens they carry the bulbs and light up the room as effectively as effectively. The interior color of the copper screens is accented here and shows up in bright contrast to the optional matt green or matt white main color. At choice, you can select the running direction of the design lamp And Tradition Light Forest itself. Two constellations here are realized in the wall installation. All this makes the lighting system And Tradition Light Forest to an interesting solution for the creative establishment of private housing, commercial premises and public buildings.