Optimize operations across your network
In today’s fast-paced manufacturing environment, the ability to efficiently produce quality products across multiple sites is crucial for maintaining a competitive edge.
Optimizing operations across the network is not just a strategic goal – it is a necessity for manufacturing leaders seeking to align their operations with current and future market demands while maximizing both operational and financial performance.
The five pillars of network optimization
Network optimization focuses on the strategic configuration of manufacturing sites to ensure the most efficient and cost effective production processes. It aims to create a network that not only meets the current customer demands but is also flexible enough to adapt to future needs. Achieving this requires a comprehensive network assessment of both the existing manufacturing processes and their performance, as well as strategic initiatives.
The assessment should cover the five critical areas below.
Evaluating existing manufacturing networks, including capacity, site performance, costs, customer requirements and geographical considerations, is crucial. This initial assessment lays the groundwork for identifying gaps, overlaps and opportunities for improvement.
While current capacity and performance is typically analyzed as part of optimizing a network, where organizations fall short is relying on that information alone to make network optimization decisions. Instead, manufactures should evaluate the improvement opportunities through in-depth scans and pilot programs. Once the improvement opportunities are identified, those insights can be applied across the network of sites to help drive better decision making and a dramatically better financial result.
Consider the fixed and variable costs of production across the entire network to provide insights into the underlying costs drivers and help identify areas for potential savings. This should include the site-specific material and labor costs, customer transport costs, and any legislative or tax benefits and drawbacks. Each site and a wide range of products and delivery options should be considered to evaluate the total cost base across all sites and compare alternative scenarios.
Understanding both current and future market trends is essential. This involves forecasting current customer demand and target markets to ensure that the manufacturing network is scalable and responsive. It is also important to understand customer preferences and expectations with regards to On Time In Full (OTIF), delivery lead times and locations. By analyzing customer data and conducting interviews, manufacturers can tailor their network to meet customer needs more effectively, thereby boosting sales and customer satisfaction.
Exploring potential changes in the network setup, assessing associated timelines, risks, and costs, helps in making informed strategic decisions. Foreseeable risks, such as supply chain disruptions, manufacturing stoppages, and forecast inaccuracies, must be carefully evaluated. Conducting sensitivity analysis on these risks helps in understanding the network’s vulnerability and in developing strategies to mitigate potential impacts.
The Chartwell approach
For manufacturing leaders, the pressure to optimize operations across a vast network of sites can be overwhelming. However, before jumping into large-scale transformations take Chartwell’s improvement-first approach to network optimization.
Step 1: Consolidate data and insights from scans and pilot projects
Building a detailed and accurate picture of the current network is the foundation of the optimization process. As part of this, manufacturers should collect comprehensive data on network capabilities, costs, performance, improvement opportunities and other critical metrics through an opportunity scan. This structured approach uncovers what operational improvement potential exists and acts as a blueprint for pilot improvement projects.
Starting with focused pilot projects at a couple of key sites, these pilot projects serve as invaluable testing grounds for uncovering what level of improvement is actually possible and allow for a clearer view of what can be achieved across the entire network.
Why start with pilot projects?
Understanding Feasibility and Limitations
Starting with a smaller scope—such as two or three sites—gives leadership a realistic understanding of both the potential for improvement and any inherent limitations. Pilots allow operations leaders to test various operational improvement strategies without the complexities of a full-scale rollout.
Data-Driven Decision Making
By measuring performance improvements in areas such as production efficiency, cost savings, and quality enhancements at the pilot sites, you can extrapolate potential gains across the wider network. This data-driven approach ensures that decisions to scale up are grounded in actual results rather than assumptions.
Mitigating Risks
A full network transformation comes with significant risk. Conducting pilot projects allows manufacturing leaders to identify and mitigate risks early on, before they have the chance to impact the entire organization. By addressing these issues in the pilot phase, leaders can de-risk the broader network optimization project.
Building Internal Buy-in
Gaining internal support for network-wide optimization initiatives can be challenging, especially if the proposed changes are significant. Pilot projects can act as proof of concept, demonstrating tangible benefits and helping to secure buy-in from key stakeholders such as site managers, board members, and operational staff.
Scaling Lessons Learned
Every manufacturing site operates under slightly different conditions, and strategies that work in one location may not translate seamlessly to another. Pilots provide an opportunity to identify nuances between sites—whether related to labor skills, supplier dynamics, or regulatory requirements—that need to be factored into a broader optimization strategy.
Step 2: Building models and scenarios
With the data in hand, the next step is to develop detailed models for each site and production unit. These models incorporate key assumptions and help in generating potential scenarios for optimization. Scenarios may include moving production to lower cost sites or consolidating smaller sites or portfolio optimization to improve efficiencies across sites. This phase also involves testing different “what-if” scenarios to identify clear opportunities for improvement. This should be considered alongside operational improvement to allow greater consolidation benefits.
Step 3: Iterative scenario building and refinement
The initial scenarios undergo a viability check to assess their potential benefits. For promising scenarios, further analysis is conducted to refine assumptions, estimate transition costs and timelines, and evaluate risks. This iterative process helps in developing detailed sub-scenarios and preparing a roadmap for implementation. The goal is to present a set of viable options, complete with benefits, costs, and risks, for decision-making by the leadership team.
Step 4: Implementation and optimization
Once a preferred scenario is chosen, a detailed delivery roadmap and risk matrix, often developed by Chartwell, should be created. This roadmap outlines all necessary steps to achieve the optimized network. Depending on the complexity and urgency of the changes, clients may ask Chartwell to support the execution by managing strategic workstreams, ensuring that operational changes and required improvements are implemented smoothly and effectively. This phase is crucial for realizing the full potential of the optimization strategy.
Start your network optimization journey
Network optimization is a transformative strategy for manufacturing organizations aiming to enhance efficiency, reduce costs, and improve customer satisfaction. By following a structured approach and focusing on key factors such as manufacturing capacity, customer service levels, cost analysis, and risk management, manufacturers can develop a network that supports their strategic goals and adapts to future challenges. Chartwell’s expertise in delivering these changes ensures that organizations not only identify optimization opportunities but also successfully implement them, accessing deeper savings through capacity improvement, realizing tangible benefits and securing a competitive advantage in the market.
For manufacturers ready to embark on the journey of network optimization, the time to act is now. With the right strategy and expert support, you can transform your manufacturing network into a model of efficiency and resilience, poised for future success.
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