Industrial Flow Simulation for Operational Control
Industrial flow simulation consists of modeling your processes, production flows, and systems to detect bottlenecks, test different scenarios, and secure your decisions. With Lean Art, you can anticipate impacts before any real-world implementation and sustainably improve the performance of your operations.
For example, a flow simulation can reveal an invisible bottleneck in a logistics line, enabling you to reduce work-in-progress and queue times without stopping production.
Tangible Benefits
• Bottleneck and loss identification: Detect blockage points and optimize material and information flows.
• Scenario testing before investment: Validate multiple options without interrupting production.
• Data-driven decisions: Use simulations combined with KPIs to monitor throughput, queue lengths, and utilization rates.
• Team capability building: Models also serve as educational tools to engage teams in the improvement process.
Why Choose Lean Art for Your Simulations?
Methodological Expertise
We combine Lean Six Sigma methodology with simulation to deliver reliable and rapid results.
Advanced Optimization
We leverage OptQuest (OptTek System) for testing and identifying the most effective configuration.
Seamless Integration
Simulations are compatible with your existing tools — ERP systems, Excel, and other operational software.
Flexibility Across Flow Types
The approach adapts to all kinds of flows — whether production, logistics, or information flows.
5 Key Steps
Our Methodological Approach
Discover how Lean Art combines industrial rigor and digital innovation to develop reliable simulation models and digital twins.
Our structured 5-step methodology — scoping, modeling, refinement, validation testing, and performance analysis — enables you to make informed decisions, optimize your operational flows, and align your teams with confidence.
FAQ
What is industrial simulation?
Simulation models your processes to help secure decisions or improve operations. It is typically used for capacity expansion, adding machines, workshop reorganization, or cost reduction — testing scenarios without disrupting real production.
When Should You Perform an Industrial Flow Simulation?
Simulation is useful whenever you want to secure your decisions or improve your processes. Typical situations include: increasing capacity, adding new machines, reorganizing a workshop, or reducing costs. It allows you to test different scenarios without disrupting actual production and select the most effective solution.
Does simulation replace real-world trials?
No. Simulation complements field expertise with quantitative and predictive analysis. It visualizes change impacts but is always validated alongside real operational experience.
What types of flows can be modeled?
Lean Art’s simulation covers all industrial flows:
• Production cycles, cadences, human and machine resources
• Internal logistics and material movements
• Information flows between functions and services
What performance gains can be expected?
• Reduced wait times and work-in-progress
• Optimized throughput and resource utilization
• Cost and risk reduction
• Data-backed decision-making
• Team engagement through visual models
How long does a full flow simulation take?
• Initial model and first version: ~2 weeks
• Refinement sprints and integration of variability: ~3–6 weeks
• A validated operational model is typically delivered in 5–8 weeks.
How are results presented?
Results are delivered visually, pedagogically, and interactively: dashboards, graphs, and KPIs illustrate bottlenecks, impacts, and optimum scenarios, ensuring that every decision is secure and shared with your teams.
Contact Us to Analyze and Optimize Your Industrial Flows and Secure Your Decisions