“Continue to be the premier worldwide supplier of digital photographic systems, imaging software, and associated support services to aid healthcare professionals in improving patient communications and managing treatment outcomes.”
“To provide the highest quality, state-of-the art, imaging solutions to physicians and the healthcare industry, backed by unprecedented customer service.”
“As the premier contract services organization for medical imaging, we will continue to set the gold standard in the documentation and analysis of clinical outcomes for determining drug and product efficacy in patients.”
“To provide the photographic and imaging tools, methods, and services necessary to support the product innovation process of the pharmaceutical, bio-tech, and medical device industries in today's regulatory environment.”
Customer Driven Innovation
As a technology company, we create leading edge technology assets on our own and in partnership with industry, academia, and research centers to solve complex problems.
We believe in a seamless client partnership that connects us as a unified team to collaborate on innovative solutions to help grow your business and differentiate you from your competition.
We take a small-team, hands-on approach to rapidly plan, prototype, iterate, and achieve breakthrough results.
Facial Imaging System for Clinical Research
With fast capture times and lighting modes designed to enhance the visualization of skin features, VISIA®-CR is the standard in repeatable clinical imaging. Seamless integration with VAESTRO® Image Analysis Toolkit provides a turnkey skin analysis solution for any researcher.
1, the internal position and standard lighting to ensure that the conditions of each image is consistent and repeatable.
2, a variety of spectral images: the application of standard white light, cross-section polarization light flash and ultraviolet light for multispectral photography to measure the skin surface and subcutaneous conditions.
3. RBX Technology The new RBX technology provides an unusual new method for detecting, observing and analyzing subcutaneous pigment and blood vessels.