Optimization

Custom Design

• Development of solutions adapted to the specific needs of each client
• Integration of the latest technologies to optimize performance and durability
• Modeling and prototyping before going into production
• Taking into account technical, regulatory and environmental constraints
• Close collaboration with customers to ensure optimal customization

Mastery of Control Processes

• Implementation of rigorous protocols to ensure product compliance and quality
• Use of advanced technologies (sensors, machine vision, AI) for real-time control
• Continuous training of teams to ensure high-level expertise
• Development of automated solutions to improve accuracy and reduce errors
• Analysis of control data to anticipate and correct anomalies

Reduction of Non-Quality Costs

• Identification and elimination of sources of defects from the design phase
• Implementing continuous improvement processes to reduce losses
• Use of quality management tools (Six Sigma, Lean Manufacturing, SPC, etc.)
• Automation of controls to minimize human errors
• Raising awareness among teams of best practices to ensure compliant production

Increase in the Net Utilization Rate of the Production Tool

• Optimizing maintenance to minimize unplanned downtime
• Improving equipment performance through data analysis and real-time monitoring
• Reduced changeover and adjustment times to increase machine availability
• Digitalization of production processes to maximize operational efficiency
• Integration of Lean and Kaizen methodologies to improve overall efficiency