Optimized Treatment Approach for Kennedy's Class I Situation: A Case Report on Cast Partial Denture in Distal Extension

• Manoj Kumar,  
• Rajiv Kumar Gupta,*  
• Akshay Bhargava,  
• Shreya Ghosh,  
• Hunny Sunil Khaitan

Abstract

The integration of computer-aided design and computer-assisted manufacturing (CAD/CAM) technologies has revolutionized dental prosthodontics, particularly in the fabrication of Cast partial dentures (CPDs). This article explores the evolving landscape of CAD/CAM technologies in CPD alloy framework fabrication, with a focus on addressing challenges related to fit and patient satisfaction. Traditionally, achieving optimal fit in CPD frameworks has been complex, with conventional methods often falling short, especially in distal extension situations. To overcome these challenges, this case report investigates the feasibility and advantages of producing CPD alloy frameworks without the use of wax, utilizing CAD/CAM technologies.. The digital process, involving digital impressions, virtual modelling, and additive manufacturing techniques, resulted in a well-fitting and stable RPD framework. By leveraging CAD/CAM technologies, clinicians can customize CPDs to meet individual patient needs while streamlining the fabrication process. This article highlights the potential of CAD/CAM technologies to improve clinical outcomes and patient satisfaction in CPD therapy.

Keywords

Cast Partial Denture, CAD/CAM, Kennedy’s class I.