VTRAC is an advanced medical treatment system developed for precision laser therapy, specifically targeting conditions such as psoriasis and other skin ailments. Equipped with a treatment handle and an interactive screen interface, VTRAC provides healthcare professionals with a powerful, safe tool for delivering controlled laser treatments across multiple sessions. The system’s design ensures that each session is both effective and tailored to the patient’s specific needs, helping practitioners maintain a high standard of care with ease and accuracy.
Taga’s mission was to transform VTRAC’s complex
... read moreVTRAC is an advanced medical treatment system developed for precision laser therapy, specifically targeting conditions such as psoriasis and other skin ailments. Equipped with a treatment handle and an interactive screen interface, VTRAC provides healthcare professionals with a powerful, safe tool for delivering controlled laser treatments across multiple sessions. The system’s design ensures that each session is both effective and tailored to the patient’s specific needs, helping practitioners maintain a high standard of care with ease and accuracy.
Taga’s mission was to transform VTRAC’s complex treatment protocols into a clear and user-friendly experience. A key innovation was the creation of a unisex human body interface, allowing clinicians to easily select and zoom into specific treatment areas for precise targeting. This interactive model offers detailed body mapping, helping clinicians customize treatments to each patient’s needs.
The interface design, with its clean, neomorphism styling, minimizes visual clutter while emphasizing simplicity and accessibility. This clarity-driven approach not only adheres to stringent medical standards but also enhances usability, setting a new benchmark for medical laser systems.
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To transform a complex laser treatment process into a simple, professional, and safe experience for clinicians and patients alike.
A sophisticated design and innovative neomorphism user interface that enhances usability and contributes to a groundbreaking advancement in dermatological care.
