Philips Lumiblade Creative Lab highlights exciting features through creative partnerships
Philips Lumiblade Creative Lab brings together professionals from a wide range of creative backgrounds, inviting them to experience – and experiment with – Lumiblade for themselves in a fully-equipped workshop. It is a journey of discovery, a meeting of creative and technical minds, to explore the wide-reaching potential of OLED lighting in design and construction.
The Creative Lab team offers advice and guidance as well as practical support, helping projects to progress beyond the design stage into a prototype or even entering production as a small series. The products contained on the following pages are prime examples of how Creative Lab has already succeeded in turning ideas into reality.
Below you can see some of the successful products that have been created with these partnerships.

Tom Dixon
‘Flat Lamp’, a unique collection of OLED light bulbs. A true first in the next generation of illumination, OLEDs provide ultra-thin, consistent, energy-efficient and sustainable lighting. The Flat Lamp is a typically direct and succinct interpretation of this new, exciting technology and the collection includes three different shapes: Square, Round and Strip.

Modular
Form follows technology – in this case, the design of the fixture required to take OLED technology to the next level. The form of the fixture is inspired by the organic shapes that are increasingly found in the world of design. The word ‘organic’ is particularly appropriate, both to the OLED technology by Philips Lumiblade and to the range of O’Leaf by Modular. The O’Leaf family contains different functional fixtures: O’Leaf wall, O’Leaf ceiling, O’Leaf table, and O’Leaf floor.

Jason Bruges Studio
Commissioned for Milan 2010, Mimosa is a captivating artwork featuring Philips Lumiblade OLEDs. The piece was inspired by the Mimosa family of plants, which change kinetically to suit their environmental conditions.
The studio has used the slim form of individual OLEDs to create delicate light petals, forming flowers which open and close in response to visitors.

Established & Sons
Edge is driven by a desire to exploit a technology that is in its infancy but is destined to change the way we see light. Dubbed ‘the new lighting technology of the 21st century’, Lumiblade OLEDs give no flickering of light, no glare and no excessive heat emission.
Instead, there is simply a subtle sheen of light. Levete wanted to
reveal the wafer-thin essence of OLEDs and create a light that is
completely reductive in its simplicity. A flat ribbon of steel is twisted
into a self-supporting form. A groove is then cut into the steel,
off centre, to allow the cable to be expressed and to exaggerate
the movement of the piece.

Random International
This experimental OLED installation, created by the rAndom International designer-artist collective for Philips Lumiblade, can also be seen as an interactive kinetic light sculpture: With its warm white light from 900 shiny bright Lumiblade OLEDs, it reflects its observers and translates their movements into light moments or – conversely – enables the observers to use their movement to switch off the luminous wall for a brief moment.
This allows the observer to experience the Lumiblades in a playful way and to witness at first hand the power of the latest technology and innovative, environmentally-friendly material.
To find out more about Lumiblade and OLED’s and even to buy Limited edition Products :www.lumiblade.com
OLEDs (Organic Light-Emitting Diodes) are the next step forward in the evolution of new light sources, generating light by semiconductors, rather than using a filament or gas. LED and OLED lighting provide illumination that is more energy-efficient, longer-lasting and more sustainable. It also opens exciting new doors to how we can use, integrate and ‘play’ with light in our homes, cars, shops and cities. In addition to Philips’ expertise in LED it is now developing its OLED expertise.
LEDs and OLEDs – the difference
LEDs and OLEDs both generate light by semiconductors – basically by stimulating electrons in their components with an electrical charge. They also share the ability to create color effects that go beyond the ability of incandescent lamps. They both share the potential to become extremely energy saving light sources. But there the resemblance ends. There are a number of differences between LEDs and OLEDs in their make-up, the type of light they produce and the way they can be used, complementing each other in terms of application used.








