Methodological report introduces a noninvasive chairside tool for soft-tissue facial analysis in orthodontic evaluation, suggesting a radiation-free adjunct to conventional cephalometrics.
Accurate evaluation of facial proportions and soft tissue relationships is fundamental to orthodontic diagnosis and treatment planning. Although cephalometric analysis remains a standard diagnostic aid, it is primarily dependent on radiographic evaluation. With increasing emphasis on soft tissue esthetics and clinical facial analysis, the need for a simple, chairside, and noninvasive method for direct assessment of facial linear and angular parameters continues to exist. A structured clinical approach capable of translating cephalometric concepts into extraoral soft tissue measurements may enhance routine facial analysis, improve diagnostic applicability, and serve as a useful adjunct in orthodontic evaluation. Z-CLAM (Zadakes’s Clinical, Linear and Angular Measurement Analog for Facial Analysis) is a novel chairside clinical diagnostic analog designed for extraoral assessment of facial linear and angular parameters using standardized soft tissue landmarks. The system facilitates clinical evaluation of facial thirds, facial fifths, nasolabial angle, mentolabial angle, and mandibular plane inclination, along with other cephalometric measurements relevant to orthodontic diagnosis. Z-CLAM provides a structured clinical framework for facial analysis with potential comparison to corresponding cephalometric parameters.
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Zadake et al. (2026) studied this question.
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