Workstead bolts together metal rods to form lighting for Another Country

Clerkenwell Design Week 2014: British design brand Another Country has collaborated with New York studio Workstead to produce a lighting collection formed from reconfigurable metal rods.

Workstead Lighting by Another Country
Bent Wall Lamp

“We aim to make furniture and accessories that are familiar and unpretentious and the simplicity of Workstead suits our aesthetic,” said Another Country founder Paul de Zwart.

Workstead Lighting by Another Country
Bent Wall Lamp

The collection comprises a range of chandeliers, wall and floor, table and pendant lamps.

Workstead Lighting by Another Country
Corner Lamp

Workstead created the lights largely to meet their own purposes, combining fixtures from old lamps to create new chandeliers.

Workstead Lighting by Another Country
Corner Lamp

“The collection came about very organically,” Workstead co-founder Stefanie Brechbuehler told Dezeen. “Robert, my husband and business partner, loves and collects old light fixtures and has always tinkered with them. The tinkering led to creating a fixture for our own needs, the Industrial Chandelier.”

Workstead Lighting by Another Country
Industrial Chandelier

The Industrial Chandelier is formed from a series of perpendicular steel rods with bulbs on the ends, which are connected with screw clasps. These can be unscrewed to rearrange the elements into different forms.

Workstead Lighting by Another Country
Industrial Chandelier

“One of the main focuses of our lighting is its ability to transform,” said Brechbuehler. “It can be configured in many ways to better fit the needs of the user or to be more site specific.”

Workstead Lighting by Another Country
Industrial Chandelier

A version of the chandelier with bent arms and cast-iron articulated joints also features in the collection.

Workstead Lighting by Another Country
Wall Lamp

The Brass Pendant is comprised of a disk that can rotate 360 degrees on the end of a thin vertical rod.

Workstead Lighting by Another Country
Wall Lamp

Mounted on two adjoining walls in the corner of a room, a bent steel element provides an armature for a cantilevered arm to create the Corner Lamp.

Workstead Lighting by Another Country
Floor Lamp

A crane-like profile defines the Floor Lamp, which has an adjustable arm and an elliptical shade covering the bulb. It is held steady by a heavy cast-iron base.

Workstead Lighting by Another Country
Floor Lamp

The Shaded table and floor lamps are held up on two vertical stems that can be moved up and down to adjust the height. Each features the same cylindrical-shaped fabric shade.

Workstead Lighting by Another Country
Shaded Floor Lamp

A pendant version of this design is also available and can be used to illuminate areas off-centre from its ceiling rose.

Workstead Lighting by Another Country
Shaded Pendant Lamp

Workstead’s collection was on show alongside pieces by Another Country at the Design Factory exhibition in the Farmiloe Building during London’s Clerkenwell Design Week, which concluded yesterday.

Workstead Lighting by Another Country
Shaded Pendant Lamp

Another Country recently opened a showroom in London’s Marylebone district, dedicated to displaying the brand’s products.

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to form lighting for Another Country
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Native Union Clic iPhone Cases

L’azienda di accessori Native Union ha prodotto questi case per iPhone 5 in Legno e metallo. La combo di materiali funziona. Le trovate.

Native Union Clic iPhone Cases

Aeon Rocket Pendant Lamp

Focus sur Morten Voss designer danois, qui a un penchant pour l’utilisation de matériaux innovant. Le projet « Aeon Rocket » est le résultat de sa vision de la combinaison métal et polypropylène dans un design unique. Cette lampe en suspension est à découvrir dans la suite de l’article.

Aeron Rocket Pendant Lamp 1
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3D-printing robot by Joris Laarman draws freeform metal lines

News: Dutch designer Joris Laarman has developed a 3D-printing technique that allows a robot to draw metal structures in mid-air.

3D-printing robot by Joris Laarman draws freeform metal lines
MX3D-Metal 3D-printing robot

Joris Laarman‘s MX3D-Metal method combines a robotic arm typically used in car manufacturing with a welding machine to melt and then deposit metal, to create lines that can be printed horizontally, vertically, or in curves without the need for support structures.

Following on from the machine Laarman developed last year that used a quick-drying resin, this method of printing makes it possible to create 3D objects on any given surface independent of inclination and smoothness. The technique can be used to print with metals including stainless steel, aluminium, bronze or copper.

3D-printing robot by Joris Laarman draws freeform metal lines
Robot arm 3D-printing metal lines in mid air

“By adding small amounts of molten metal at a time, we are able to print lines in mid air,” explained Laarman.

The metal lines can also be printed to intersect with each other, creating self-supporting structures, and the robotic head can build up several separate lines at once by adding to each one in turn.

3D-printing robot by Joris Laarman draws freeform metal lines
MX3D-Metal 3D-printing robot

The designer is currently using the technique to make a 3D-printed metal bench, which will go on display as part of an exhibition of his work at Friedman Benda Gallery in New York this May, though the final form of the piece is still in development.

“The nice thing about working with new technology like this is that the formal language of the design follows what is possible with the technique,” he said. “While the technique is developing the possibilities change.”

3D-printing robot by Joris Laarman draws freeform metal lines
Robot arm 3D-printing metal lines

However, Laarman believes the approach can also be used 3D-printed architectural constructions and concrete reinforcements. “Because the technology is not affected by gravity, it could even be used in space,” he said.

Previously, printing with metal was achieved through selective laser melting (SLM) or electron beam printing; SLM uses a high-powered laser beam to create three-dimensional parts by fusing fine metallic powders together, while electron beam printing uses a similar technique with an electron beam and is printed inside a vacuum. However, these techniques are expensive and produce very small objects.

“All these are ways to print in metal on a very small scale,” said Laarman. “The method we developed is for a larger scale and doesn’t need a support structure like all other methods.”

Laarman’s technique isn’t restricted to just printing in layers either, becuse the print head of MX3D-Metal can approach the object from any angle and print lines that intersect in order to create a self-supporting structure. “3D printing like this is still unexplored territory and leads to a new formal language that is not bound by additive layers,” he said.

3D-printing robot by Joris Laarman draws freeform metal lines
Examples of 3D-printed metal lines

The process can also be scaled down to create more refined structures without the need for scaffolding or other supportive add-ons.

The software that controls the robot arm and welder was developed in collaboration with American 3D software company Autodesk. “The combination of robot/welding is driven by different types of software that work closely together,” Laarman revealed, adding that the software will eventually be developed into an interface that allows the user to print directly from design programs.

“Vertical, horizontal or spiraling lines require different settings, such as pulse time, pause-time, layer height or tool orientation,” he continued. “All this information is being incorporated in the software.”

3D-printing robot by Joris Laarman draws freeform metal lines
More examples of 3D-printed metal lines

Last year, Petr Novikov and Saša Jokić, two interns at Joris Laarman Lab created the MX3D-Resin, which allowed the creation of chunky three-dimensional rods from a polymer, rather than slowly building up two-dimensional layers like a standard 3D printer. From these initial experiments, Laarman discovered a way of doing the same with metal.

Laarman graduated from the Design Academy Eindhoven in 2003, and first received international recognition for his decorative Heatwave radiator produced by Dutch design brand Droog. He set up his own lab in 2004 in Amsterdam with partner and film-maker Anita Staris. Laarman’s previous work has included chairs designed to mimic the proportion and functionality of human bone.

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draws freeform metal lines
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Vide Poche: An industrial but elegant double-sided dish for your daily bits and bobs

Vide Poche


Australian multidisciplinary designer Henry Wilson’s Vide Poche is a perfectly-sized tabletop organizer for your day-to-day detritus. Sand-casted in either aluminum or bronze, the tray’s sloping silhouette is reminiscent of an…

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Majestic Lion Made of 4000 Metal Scraps

Selçuk Yilmaz, artiste basé à Istanbul, a imaginé une incroyable sculpture de lion en utilisant pas moins de 4000 morceaux de ferraille. Cette superbe sculpture est intitulée « Aslan », qui signifie «lion» en turc, a mis près d’un an pour être construite et pèse plus de 250kg. De nombreuses images sont à découvrir dans la suite.

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Majestic Lion Made of 4000 Metal Scraps9

Surprising Material Bonding

Designer Einat Kirschner’s experimentation with techniques to combine metal powders and ceramics found similarities in their processing methods and heating temperatures which allowed for the creation of fascinating, otherworldly forms without the use of adhesives! The material combination, dubbed CeraMetal, might appear delicate, but its incredibly strong, making it ideal for a variety of applications. Iron powder and copper powder versions give each design a one-of-a-kind aesthetic with varied hues and organic shapes.

Designer: Einat Kirschner


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(Surprising Material Bonding was originally posted on Yanko Design)

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Tuls: Pocket-sized stainless steel tools for fixing your bike or cracking a cold one

Tuls


Ideal for the handyman on the move, Tuls is a series of credit card-sized tools housing everything from metric wrenches and a bicycle wheel spoke wrench, to a bottle opener and iPhone stand. Developed by Continue Reading…

Parasite Production by Samuel Treindl

German designer Samuel Treindl has made a clock, lamp and other products from shapes cut out of existing furniture (+ slideshow).

Parasite Production by Samuel Treindl

Samuel Treindl from Münster in Germany used what he called a “parasite strategy” to create new products from existing furniture items and intends for the final pieces to reflect the manufacturing process.

In the collection – called Parasite Production – Treindl created a clock from material cut from a peach cabinet and a desk lamp from shapes cut out of an Ikea PS cabinet.

Parasite Production by Samuel Treindl

More recently the designer cut a range of components such as a hooks and hinges from a brass book shelf.

Parasite Production by Samuel Treindl

His process means that the original cabinets can still be used. “In order to work in a more economic way, I superimpose different objects on a single metal sheet,” said Treindl. “So the same material would be used twice.”

Parasite Production by Samuel Treindl

All of the objects have been produced in Germany as limited editions. Triendl’s work will be exhibited at London’s Mint Shop during London Design Festival next month.

Parasite Production by Samuel Treindl

Parasite Production was first shown as a prototype at the SaloneSatellite showcase for young designers at the Salone Internazionale del Mobile in Milan in April, that also featured squishy lamps made out of rubber by Thomas Schnur.

Parasite Production by Samuel Treindl

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Photographs are by the designer.

Here’s a full project description from Treindl:


Parasite Production

This work is based on a parasitic strategy. The cabinets and other products are produced simultaneously. The results therefore reflect the manufacturing process and history of the production.

Parasite Production by Samuel Treindl

As a producer and designer I have to pay attention to the manufacturing of a product, but also to offcuts and loss of material.

In order to work in a more economic way, I superimpose different objects on a single metal sheet. So the same material would be double used. And the question is, where is here the rest? According to which other objects are currently produced, the obtained ornaments as well as the thickness of the material of the shelf can differ.

Parasite Production by Samuel Treindl

Example: If an industrial company produces spoons and forks, I will make a spoon shelf. If lamps are produced, I make a lamp cabinet. That way, I don’t want to design furniture, but I create a process which uses industrial production for generating and designing objects.

Parasite Production by Samuel Treindl

Material: brass steel, aluminum, powder-coated, laser cutting method.  The IKEA PS cabinet/lamp was hand-cut.

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by Samuel Treindl
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Copper Shines at NYC Design Week: Six designers call upon copper as the material of choice for a range of industrial designs

Copper Shines at NYC Design Week


The use of copper in functional industrial design has been on the rise for some time now, especially since seeing it all over London Design Festival last September. We spotted six new products during this year’s NYC Design Week that prove even more designers are embracing the multifaceted,…

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