Aplicação do Método Schumacher como Alternativa para Calibração e Validação de Torquímetros no Processo de Montagem de Motocicletas

Abstract

This case study analyzes the calibration and validation process of torque wrenches in a motorcycle assembly plant. Torque wrenches are validated within a short period under strict parameters to ensure compliance, requiring time availability and, in some cases, new equipment. The objective is to optimize this process, making it more efficient and reducing costs without compromising product quality. As an improvement alternative, this study proposes the reformulation of calibration periodicity using the Schumacher Method and reassessment of the approval and rejection parameters. The study followed the implementation of these improvements over six months, demonstrating positive results in reducing process time and increasing the efficiency of torque inspections.