The technique of 3D light scanning macrography permits the non-invasive sur
face scanning of small specimens at magnifications up to 200x. Obviating bo
th the problem of limited depth of field inherent to conventional close-up
macrophotography and the metallic coating required by scanning electron mic
roscopy, 3D light scanning macrography provides three-dimensional digital i
mages of intact specimens without the loss of colour, texture and transpare
ncy information. This newly developed technique offers a versatile, portabl
e and cost-efficient method for the non-invasive digital and photographic d
ocumentation of small objects. Computer controlled device operation and dig
ital image acquisition facilitate fast and accurate quantitative morphometr
ic investigations. and the technique offers a broad field of research and e
ducational applications in biological, medical and materials sciences.