What is Profilocolore's PickShine?

PickShine is cutting-edge software that, starting from multiple shots of a subject, allows you to eliminate reflections from images. Following a simple shooting procedure, it generates a final image free of reflections while maintaining the correct radiometric and colorimetric values, together with an image dedicated to the gloss level of surfaces for in-depth study of materials.

In which areas is PickShine used?

PickShine is designed for spectral imaging and professional photography applications where it is necessary to accurately analyze surfaces, eliminate specular reflections, and study the behavior of materials, for example in cultural heritage, scientific documentation, and industrial contexts where precise control of surface appearance is required.

How does the glare removal process work in PickShine?

The PickShine workflow involves a series of shots taken under different lighting conditions. The images are then acquired in the software, aligned, and processed to remove reflections. The result is a pair of outputs: a reflection-free image that preserves radiometric and colorimetric information, and a global gloss map, useful for analyzing the surface properties of the subject.

Who is Profilocolore srl and what role does it play in the development of PickShine?

Profilocolore srl is an engineering company based in Rome, specializing in imaging measurement instruments for colorimetry and spectral reflectance. The company develops software such as PickShine and advanced spectral imaging systems, offering professional solutions for color and surface analysis in various application sectors.

PickShine

Reflection elimination and surface analysis

SPECTRAL IMAGING
PROFESSIONAL PHOTOGRAPHY

PickShine is cutting-edge software that uses multiple shots of a subject to eliminate reflections. Following a simple shooting procedure, it produces a final image free of reflections while maintaining radiometric and colorimetric values, and an image with the gloss level of the surfaces for material analysis.