Buffer Optimization and Reduction

Aerospace , Automotive , Manufacturing

Optimizing Work-In-Progress (WIP) levels ensures smooth production without excess inventory. Companies must balance cost, lead time, and efficiency to prevent disruptions.

Challenges

  • Excessive buffers: How can inventory levels be reduced without increasing disruptions?
  • Insufficient buffers: How can WIP be optimized to prevent bottlenecks?
  • Cost vs. efficiency trade-offs: How much inventory is necessary to balance cost and performance?

How Simulation Helps

  • Determines the optimal buffer sizes based on production dynamics.
  • Simulates trade-offs between inventory costs and system stability.
  • Identifies opportunities to reduce WIP while maintaining throughput.

Expected Results

  • Lower inventory costs and reduced capital tied up.
  • Optimized space utilization, minimizing square meter needs without risking production delays.
  • Optimized WIP levels to ensure smooth flow.
  • Reduced lead times and improved production stability.