Lensbaby

Lensbaby is a line of camera lenses for DSLR and mirrorless cameras that combine a simple lens with a bellows or ball and socket mechanism for use in special-effect photography. A lensbaby can give effects normally associated with view cameras. The lenses are for use in selective focus photography and bokeh effects. Lensbaby lenses can be used with most cameras that accept interchangeable lenses, mainly DSLR, SLR, mirrorless, 35mm film and PL mount motion cameras. The focus front standard can be manipulated off axis to move the sharpest area of Focus (called the "sweet spot") to almost anywhere in the frame. This allows the important part of the subject to be rendered fairly sharp with everything else out of focus, even if it is the same distance from the camera. The Lensbaby naturally focuses at approximately 2 feet; closer focus is achieved by pushing the front of the lens out, and infinity focus is achieved by pulling the front of the lens toward the base of the lens. There is extreme spherical and some chromatic aberration outside the central "sweet spot". Lensbaby lenses have no electronic components, disabling auto-focus when mounted on modern cameras. The use of auto-focus is further undermined by the spherical aberration in the lens. In most cases, Lensbaby lenses require aperture priority or fully manual mode. The Lensbaby can also be used for infrared photography, but does not include an index mark for infrared photography. Craig Strong, a professional photographer from Portland Oregon, invented the first Lensbaby lens by combining a vacuum cleaner hose body and a large format speed graphic lens. Strong redesigned the original prototype. He then partnered with entrepreneur Sam Pardue to form Lensbabies, LLC. The Original Lensbaby was launched in 2004 at the WPPI tradeshow. Images taken with the Original Lensbaby featured a 'sweet spot' of sharp focus surrounded by directional blur. This effect was achieved through the use of a single element lens. The Original Lensbaby used interchangeable drop-in apertures held in by a rubber o-ring.