OSLON® Pure

Image: Fotograf Holm Basedow, Bildrechte Atelier SHA.

Latest Product

OSLON® Pure 1010 Colors

Highest luminance at smallest size

The OSLON® Pure 1010 is destined to be used in spotlights for retail lighting where exceptionally compact LEDs with high light output are needed to bathe the articles on display in a particularly attractive light. The scalability of the LEDs gives customers outstanding flexibility in putting together their individual lighting solutions. With best in class Color-over-Angle, the OSLON® Pure 1010 enables customized very high density clustering offering best Center Beam Candela Power (CBCP) and Cd/W.

Latest addition
OSLON® Pure 1010 Colors

The new OSLON® Pure Colors joins the 1010 family targeting the professional indoor, retails and special lighting segment where high flux density is key. Due to their small LES and high density clustering options, customers can realize customized color spectra tailored to specific project requirements.

The OSLON® Pure 1010 is now available in different colors – PC Red, PC Green, True Green, Cyan and Deep Blue.

Advantages

Perfect lambertian emitters with real chip scale package for small luminaire designs

OSRAM Opto Semiconductors’ OSLON® Pure LEDs are lambertian emitters at real chip scale size presenting the highest luminance available on the market. Their superior quality without bond wires or need for spacing makes them the perfect fit for dense clustering and high luminous flux output, seamless and flexible assembly on boards also enables customer specific COB-replacements. OSLON® Pure provides lambertian emission in the smallest form factor possible for a 1 mm2 die, simplifying luminaire designs.

Features

OSLON® Pure 1010 White

Real Chip Scale Package (1 ×1 mm) with top emitter perfect fit for high dense clustering, tunable CCT and miniature narrow viewing angle spot light
Best in class Color-Over-Angle
Available with CRI 80, CRI 90
Wide range of CCT selection
Amount and format of OSLON® Pure assembly can match all sorts of requirements for luminous flux and efficacy