Optics in the new OSRAM classic bulb-shaped LED lamps ensure uniform light with beam angles of up to 300°

Whether the light of a lamp is perceived as being pleasant by customers depends on many different factors, for example color temperature and luminous intensity. The distribution of luminous intensity in the so-called far field is also important, meaning where light hits walls, floors or table surfaces, and of special importance in this respect is that light is distributed homogeneously and that no shadowing or linear structures are seen. These tasks are achieved by optics assembled within the LED lamps with classic forms, i.e. pear, candle or drop shapes. In the past this often presented a problem particularly with clear lamps, because with these lamps such optics can be seen from the outside, meaning that these are not only a functional element but must also be visually attractive. In this respect the optic also ensures that the "technology" of the lamp, meaning its LEDs and electronics, cannot be seen from the outside, making it more attractive for consumers. Optics in the classic bulb-shaped lamps in the new OSRAM LED portfolio have been designed to largely exclude irregularities such as dark shadow lines in the far field light and to achieve homogeneous light distribution, achieved by the particular form of the plastic optic, developed specifically for the new lamp generation. The optic design was challenging due to the high technical and aesthetic demands, and was developed with the aid of in-house programmed software. Optics in the new OSRAM LED classic portfolio radiate at angles of up to 300° and are based on a uniform optical concept across all lamp types. This achieves a uniform design appearance, and also shorter development periods and lower costs because the optics of various lamp types are compatible with identical mechanical components. This modular construction principle has been consistently applied by OSRAM to all components in its new LED lamp portfolio.