Production Logistics
Understand, Simulate, and Sustainably Optimize Production Processes
Production Planning and Control
Efficient production logistics is a critical success factor for manufacturing companies.
Math.Tec develops mathematical models that digitally represent your production processes and simulate them under realistic operating conditions.
Your Benefits
Throughput Times
Reduced throughput and waiting times
Material Flow
Optimized material flows and transport routes
Utilization
Higher utilization of machines and resources
Efficiency
Reduced inventory and work-in-process levels
Transparency
Faster evaluation of new production concepts
Risk Mitigation
Reduced investment and process risks
Productivity
Measurable increases in productivity
Cost Optimization
Lower production costs
By applying advanced optimization methods and high-performance algorithms, different production and logistics scenarios can be evaluated before implementation. Material flows, transport routes, storage areas, buffers, machine utilization, and personnel resources can be analyzed and optimized in terms of costs, throughput times, and capacity utilization. This enables well-founded decisions based on reliable data before changes are implemented in the actual production environment.
Why Optimize Production Logistics?
A digital representation of your production logistics provides transparency across complex processes and identifies optimization potential at an early stage. Different scenarios can be tested and compared without interfering with ongoing production operations.
This makes it possible to evaluate process changes, capacity adjustments, and alternative production concepts before implementing them in the real production environment.
Typical Applications
Our solutions are designed for companies seeking to efficiently plan and continuously improve complex production and material flows, including:
Automotive Industry and Suppliers
Mechanical and Plant Engineering
Metal and Plastics Processing
Electronics and Semiconductor Industry
Chemical and Process Industries
Food and Beverage Industry
Pharmaceutical and Medical Technology
Packaging Industry
Intralogistics
Production Logistics Centers
Key Performance Indicators
By combining data analysis, mathematical modeling, simulation, and optimization, Math.Tec provides the foundation for future-proof, cost-efficient, and flexible production logistics. Complex processes are transformed into transparent decision models—and data into measurable competitive advantages.
Material Flow
• Material flow performance
• Number of material movements
• Transport distances
• Transport times
• Empty runs
• Material availability
Time
• Throughput time
• Takt time
• Cycle time
• Setup time
• Waiting time
• Queue time
Inventory
• Work in Progress (WIP)
• Intermediate inventory
• Safety stock
• Inventory turnover
• Inventory coverage
Resources
• Machine utilization
• Equipment availability
• OEE (Overall Equipment Effectiveness)
• Workforce utilization
• Material handling system utilization
Quality
• Scrap rate
• Rework rate
• Defect rate
• First Pass Yield (FPY)
Cost Efficiency
• Production costs
• Logistics costs
• Material costs
• Transportation costs
• Inventory holding costs
• Cost per unit produced
Delivery Performance
• On-time delivery
• Delivery capability
• Production schedule adherence
• Service level
Sustainability
• CO₂ emissions
• Energy consumption
• Material consumption
• Resource efficiency
Optimize Your Production Logistics
Discover optimization potential across your entire production logistics operation.