Continuous Improvement

Mastering Lean Manufacturing: A Guide to Elevating Your Organisation’s Efficiency and Performance

Posted on by Adam Payne

Imagine yourself at the helm of your organisation, ready to take the plunge into the world of Lean Manufacturing. You’ve heard about the benefits and the success stories, and now you’re eager to make it a reality for your company. But where do you begin? Fear not, as you’re about to embark on a transformative journey that will elevate your organisation’s efficiency, productivity, and overall performance.

Here are our thoughts to help you navigate the implementation of Lean Manufacturing within your organisation.

Start with a clear vision: Clearly define your goals and objectives for implementing Lean Manufacturing. Establish a shared understanding among your team members to ensure everyone is working towards the same targets.

Involve your employees: Engage your employees in the process from the beginning. Encourage open communication, listen to their ideas, and empower them to take ownership of the changes. This will foster a sense of commitment and enhance the success of the implementation.

Provide training: Equip your employees with the necessary skills and knowledge to understand and apply Lean Manufacturing principles effectively. Provide ongoing training and support to ensure they are comfortable with the new systems and processes.

Prioritise small, incremental improvements: Focus on making small, incremental changes rather than attempting a complete overhaul of your operations. This will allow you to see immediate results, build momentum, and minimise disruptions to your daily operations.

Monitor and measure progress: Establish key performance indicators (KPIs) to track the success of your Lean Manufacturing implementation. Regularly review and analyse these metrics to identify areas for further improvement and celebrate successes.

Be consistent and persistent: Lean Manufacturing is a long-term commitment. Stay consistent in your efforts and maintain a persistent focus on continuous improvement. This will ensure your organisation reaps the benefits of Lean Manufacturing over time.

Learn from others: Network with other SME manufacturers who have successfully implemented Lean Manufacturing principles. Gain insights, share experiences, and learn from their successes and challenges.

Stay flexible and adaptable: As you implement Lean Manufacturing, be prepared to adapt and modify your approach based on your organisation’s unique needs and circumstances. Stay open to new ideas and be willing to adjust your strategies as needed.

Now, pause for a moment to consider the strides you’ve taken in incorporating Lean Manufacturing into your organisation. Keep in mind that the road to success isn’t linear; rather, it’s an ongoing process of refinement, education, and adaptability.

Face the obstacles head-on, rejoice in your triumphs, and always stay focused on your end goal: to build a streamlined, highly efficient, and thriving organisation. Persistently forge ahead, and you’ll soon discover that the advantages of Lean Manufacturing surpass any challenges encountered on this transformative journey.

If you’re looking for support in taking your organisations efficiency and performance to the next level don’t hesitate to get in touch with us – 0330 311 2820 or email info@tcmuklimited.co.uk

How Can Operations System Design Help Manufacturers?

Posted on by Adam Payne

Operations system design for manufacturers has become a key issue in the manufacturing industry. This is because manufacturers are facing a lot of challenges such as increased competition, decreasing market share, supply chain issues, cost reduction and more.

Operations system design is a process or methodology that can help companies to improve their performance and achieve their objectives by implementing new strategies and processes on how they operate their business. It involves analysing the current performance of your company, identifying areas where improvement could be made and then developing solutions that will increase efficiency and profitability.

Some of the important concepts used in operations system design are the following:

Demand and Capacity Management

The demand and capacity management system are the main engine driving operations. It works by matching product demand with production capacity, which includes both production equipment and labour. The most important aspect of demand and capacity management is how it deals with shortages or excesses.

In a manufacturing environment, demand is often very unpredictable. This means that there are times when the factory needs more workers than normal, but also times when it has an excess of workers on its hands. Demand can also fluctuate depending on seasonality and other factors outside of your control as well as within your control (such as sales promotions).

The first step in creating a robust demand and capacity management system is to understand what drives your business and how this affects your supply chain requirements. For example:

If you’re making products on a seasonal basis, then you need to know when those seasons occur so that you can plan ahead for them.

If you’re planning sales promotions or other marketing initiatives, then you’ll need to know how many people will be needed to support these activities so that they don’t negatively impact production schedules or increase costs unnecessarily.

Planning and Scheduling

Planning and scheduling are the process of determining the activities or tasks to be performed, the sequence or order in which they are to be carried out, and the resources and time required for each.

Scheduling can be done manually or automatically. Scheduling systems can be used in manufacturing, warehousing, distribution, and other areas where work must be performed on a sequence of tasks that must be completed in a specific order. Manufacturing scheduling processes may include:

Multi-process workflow management — Scheduling of multiple processes to optimize resource utilisation and minimise total cost of operation.

Workload forecasting — Forecasting the amount of work that will need to be performed over time, so that sufficient resources can be allocated for production. (See our blog on Sales, Inventory and Operation Planning.)

Shop floor control — Monitoring the actual performance of each machine in the shop floor so that any bottlenecks or other problems can be identified quickly.

Scheduling optimisation — Using mathematical algorithms to find the best possible schedule for a given set of requirements.

(for automation visit FactoryIQ: What is a Manufacturing Execution System)

Operational Excellence in Logistics

Logistics is the management of the flow of goods between the point of origin and the point of consumption in order to meet customer needs. In terms of logistics, a product is a good or service with some utility to the customer. The term logistics comes from the Greek word logistikos, which means “skilled in calculating.”

Logistics involves the integration and synchronisation of all aspects of supply chain management. It includes planning, procurement, inventory control, production planning and control, distribution, packaging, order processing and shipping as well as associated financial services such as bill payment and revenue management.

Logistics is important because it is often an overlooked aspect in a company’s overall success, but it can also be an important part of any business model. A company that has effective logistics operations will be able to provide customers with products that they want at a price they are willing to pay while still making a profit. This allows a company to compete with other companies that may have lower prices or higher quality products but less efficient logistics operations.

Inventory Management

Inventory management is a system of control that determines the optimal location and quantity of inventory needed to minimise the cost of carrying that inventory. Inventory management is often used in conjunction with a Just-In-Time (JIT) or lean manufacturing system, which relies on careful monitoring of inventory levels to ensure that production lines are never interrupted by parts shortages.

Inventory management is usually accomplished through a computerised system, typically using barcode scanning technology to track individual items as they are received from suppliers and shipped out to customers. Inventory management also typically includes some form of point-of-sale (POS) software or hardware, which allows retailers to track sales and determine when sales goals have been met for each item sold.

The goal of inventory management is to reduce excess inventory while still meeting customer demand. These include:

Reducing Inventory Costs: Excess inventory can tie up valuable capital resources and increase carrying costs (i.e., storage space, insurance).

Minimising Out-of-Stock Situations: If a company has too little inventory on hand, it may not be able to meet customer needs. In addition, customers may perceive this as poor service or lack of concern for their needs.

Maximising Profitability: By keeping optimal levels of inventory on hand at all times, companies can reduce costly markdowns or write-offs due to excess stock in slow-moving items.

Process Stability

Process stability is the ability of a process to produce consistent product quality and quantity, on a day-to-day basis. It is a measure of how well the process delivers on its promise to produce the same product each time it is run. A stable process is one that can be relied upon to consistently provide high-quality, low-cost products.

Process stability is important because it affects both customer satisfaction and profitability. If customers are not satisfied with their product or service, they may find another supplier or stop buying altogether. If production costs increase unpredictably, profits will suffer as well.

Process stability also affects productivity levels and capacity planning, making it an important consideration for any manufacturing operation. Lean and Six Sigma methodologies say a big part here.

Process Foundations

A manufacturing operation is a system that transforms the materials and energy resources of the environment into finished goods and services. Manufacturing operations are divided into three main areas: processes, support functions and information technology (IT). Each of these areas has an impact on how efficient and effective your production system can be.

Processes

Processes include all activities that transform raw materials into finished goods or services. The processes themselves may be physical or organizational in nature. Physical processes include material handling, assembly, machining, painting, testing, and packaging. Organisational processes include planning, scheduling, forecasting, and controlling.

Support Functions

Support functions provide products or services to internal or external customers but do not directly produce finished goods or services. They include purchasing; quality; maintenance; engineering; human resources; finance/accounting; EH&S; supply chain management/logistics; information technology (IT); marketing, sales and many more (the complete value chain!).

Information Technology (IT)

Information technology is required to support many of these activities including: process control systems for manufacturing operations such as machine tool controls and robotics; ERP / MRP.

Takeaway: Operations Systems Design enables organisations to optimize the alignment of their processes, resources, people, and information systems.

PS: If you need support with Operations Systems Design or Lean Implementation please do get in contact.

How To Cut Waste And Increase Productivity By Implementing Lean Manufacturing

Posted on by Adam Payne

Lean Manufacturing is a culture and a strategy. It’s a way of doing things that helps companies improve efficiency, quality, and flexibility. It’s not just about tools and processes—it’s about people, too.

Lean Manufacturing is all about making things more efficient. It focuses on eliminating waste and finding ways to streamline workflows so that the company can produce more with less time and money.

Create a Lean Manufacturing culture

A Lean Manufacturing culture is an environment where people are taking responsibility for their own improvement, the improvement of processes and products, and the overall improvement of the company. It’s a culture built on trust, accountability, and continuous improvement.

In order to create this culture, it’s important to give employees the freedom to make decisions about how they do their job and then hold them accountable for those decisions. This can be tricky if you’re not sure what your employees’ strengths are or how they work best. But one way to develop this understanding is by asking questions like: “What’s been most helpful in improving your efficiency?” or “What practices have helped you achieve your goals?”

Once you’ve identified some of these practices, try them out on other employees! Make sure they’re working before adopting them as official company policy though—you don’t want anyone feeling like they’re being punished just because they weren’t included in testing new ideas before implementation!

Have the Upper Management Lead by Example

Lean is a powerful strategy, but it’s not something that can be implemented overnight. In order to make the most of your Lean efforts and get the most out of your employees, it’s important to have upper management lead by example.

Upper management should be actively engaged in the process of implementing Lean, from the beginning to end. They should also be involved in training new employees on Lean’s principles and ensuring that everyone is working together toward common goals. This will help employees understand how important their role is in helping you achieve those goals, which will increase their sense of ownership over their work.

Upper management should also be willing to let go of their preconceived notions about how things should be done in favour of allowing employees more freedom when it comes time to make decisions about how tasks should be completed.

Train your Team on Lean Basics

One of the best ways to get your team on board with Lean is to train them on the basics.

The Lean principles are not complicated, but they can be difficult to understand if you’re new to the concept. You should prepare your team by giving them a solid understanding of what Lean is and why it’s important before you start putting it into practice.

If your team doesn’t have a clear understanding of the principles, they will have trouble implementing them into their day-to-day work. If, for example, if you try to reduce waste without first explaining what waste is and why it needs to be reduced, then you’ll find that the effort isn’t effective or sustainable.

This is especially true when it comes to engaging your employees in Lean initiatives: if they don’t understand why they should participate in these efforts and how they’ll benefit from doing so, then they won’t be motivated enough to participate fully or consistently.

Value Stream Map – Study the Current Process

The first step in implementing Lean is to study the current process. This will help you identify areas of improvement and determine whether or not you are ready for the changes that will be necessary to make this happen. You can do this by performing a value stream map, which is a visual representation of your workflow.

The process should be broken down into steps. You want to look at each step and ask yourself what can be done to improve it, and how this change might affect other parts of the process as well. It is important to consider how each step impacts other steps, so you can look at all aspects of your operations and make sure that they are working together effectively.

Look for Waste and Remove It (Muda – Waste, Mura – Unevenness, Muri – Overburden)

You can define waste as anything that detracts from the value of a product or service you’re producing from your customers’ point of view. Waste can take many forms, such as overproduction, unnecessary resources, and more. These things need to be eliminated so that organisations aren’t creating products or services that don’t add value.

Muda is any kind of wasted motion, such as unnecessary steps in a process or unnecessary travel between locations. Mura refers to unevenness in the production line—it means one part of the process might be operating at peak efficiency while another part is idle or struggling just to keep up. Muri refers to overburdening people with too much work—this is often seen when you have an employee working alone on a task that should be split between two or more people to match customer demand (TAKT).

Map out the Main Bottlenecks

The main bottlenecks in a process are the aspects of the system that are limiting its throughput.

In order to identify these, you’ll need to first look at or build your Value Stream Map or Process Map and identify where there are bottlenecks. Then, you can work on fixing them by identifying what’s causing the bottleneck and finding ways to remove it. This may involve making changes like adjusting how people work together, reducing change-over times, increasing the Overall Equipment Effectiveness or changing how tasks are assigned (e.g., having workers perform different parts of a task).

Once you’ve identified where your bottlenecks are, you can start working on removing them.

Standardise Everything

This means that you need to define what “standard” means, and then make sure all employees are aware of it and trained to it. Standardising your processes gives consistency in how your team members perform their tasks. 

For example, if you’re a software company and you’re trying to improve efficiency by standardising on coding practices, then every employee should know which practices are allowed and which are not allowed.

You should also standardise your equipment and tools. If multiple employees use the same equipment or tool, everyone should use it in the same way every time.

If your company has multiple locations, then standardising everything is even more important because it helps create consistency between locations. If everyone knows what standards they need to meet at each location, then they’ll be able to work together better across locations knowing the desired quality will always be met.

Develop a Continuous Improvement Mentality

Implementing lean means shifting your focus from your business’s outputs to its inputs. But if you’re going to do that, you need to first develop a continuous improvement mentality.

To do this, you have to be willing to adopt an attitude of continuous improvement and continuous learning. You need to be constantly looking for ways that you can improve how things are done in your office or factory and how they contribute to the overall success of your business.

You also need to be willing to consider new ideas, because one of the main tenets of lean is that there are no bad ideas—only challenges in implementation. If someone suggests something new or comes up with a way of doing something differently, try it out! Even if it doesn’t work right away, you may learn something valuable about how something works or doesn’t work within your organisation.

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Continuous Improvement: The Simple Philosophy That Can Help Your Business Thrive

Posted on by Adam Payne

Continuous Improvement, The 1% rule, or Marginal Gains, whatever terminology you want to call it, they are all similar in philosophy and application. It is the idea of focusing on small incremental improvements to grow your business easily. The most successful businesses are always striving to improve to stay ahead of their competition.

In this blog I’ll explain how the philosophy of small incremental improvements can improve your business. This is a technique that many successful companies use in addition to Lean Thinking – a company’s philosophy of eliminating waste. It has been used for decades and can be found in micro businesses right through to corporate business models across industry and service sectors.

I’ve been a lean Sensei for 25+ years and implemented these small incremental changes in Hairdressers to Big Corporate Manufacturers. By implementing these marginal gains, it’s possible to make a huge impact on the performance of your company in a relatively short period of time. It’s Simple! and the data has proven time and time again that this method works!

You CAN NOT ignore the role of Continuous Improvement in business – and here’s why.

What is Continuous Improvement?

“Be Better Today Than You Were Yesterday, Plan To Be Better Tomorrow Than You Are Today” is a quote I have lived by for 25+ years of my working career.

The 1% Rule is a relatively new contender but has now become a business management philosophy that states that you should focus on improving your product or service by at least 1% every day. It was developed by Sir Dave Brailsford, former performance director of British Cycling, and used as a means to achieve micro improvement in the British Cycling Team. The concept behind the 1% rule is simple: if you focus on small improvements, you can achieve significant results over time.

The concept of the 1% rule in my opinion is based on Kaizen, which is Japanese for “continuous improvement.” Kaizen was first introduced to the Western World in the 1970s by Toyota, who taught that companies should embrace a culture of continuous improvement rather than trying to maximise efficiency one big hit at a time. Kaizen aims to reduce inefficiency in its 3 major forms. These are muda (waste), muri (overburdening work), and mura (inconsistency of work).

When we look at these strategies, we can see how the power of tiny gains really makes a difference.

1% Improvement Every Day 1.01365 = 37.78%

1% Decline Every Day 0.99365 = 0.03%

How does the Continuous Improvement work in business?

The PDCA Cycle, also known as the Plan-Do-Check-Act Cycle, is a model for continuous improvement that uses four phases to drive process changes through the organisation. This linked to the 3 forms of in-efficiency, muda (waste), muri (overburdening work), and mura (inconsistency of work) gives a superb structure and focus for all employees.

The PDCA Cycle Explained:

Plan: In this phase, you identify a problem or opportunity for improvement. You also create a plan for how to solve the problem or capitalise on the opportunity.

Do: In this phase, you carry out your plan and implement your solution.

Check: In this phase, you review your work to see if it was successful in achieving its objectives and if there are any unintended consequences of your actions.

Act: In this phase, you make adjustments based on what you learned in the check phase and continue with another iteration of the cycle to drive continuous improvement.

By continuously improving your processes, your organisation can achieve higher levels of performance at lower cost. This not only improves customer satisfaction but also helps an organisation achieve its goals faster.

The key to this and building on the marginal gains is to empower everyone to make these short, sharp improvement cycles small enough to be managed at a local level. This will enable them to use their creativity and judgment to find the most effective solution for their teams and customers.

The second aspect of this is that the improvements have to be visible and celebrated. This is not just about being proud of what you have achieved, but also about helping others see what you have done. This creates an environment where people are constantly looking for new ways to improve, which in turn leads to innovation.

The third aspect is that it has to be built into every process in a business. You cannot expect people just to do it because you asked them to – they need processes that encourage continuous improvement across everything they do from how they order stock through the distribution system all the way through customer support.

Why use the Continuous Improvement?

Continuous improvement is a process that can be used in every business setting of all sizes and all sectors, from small businesses to large corporations.

It’s Good for Business

The benefits of continuous improvement can be seen throughout the business world. By using this approach, companies are able to stay competitive while providing better quality products and services at lower prices. This helps them grow their customer base while increasing their profit margin through increased sales volume.

It’s Good for Employees

Continuous improvement is also good for employees because it provides them with job security. If you have implemented a continuous improvement program in your company, then you have created an environment where everyone is constantly making improvements which makes your company more competitive in the marketplace and less likely to be outsourced in favour of cheaper labour costs elsewhere.

  • People feel empowered because they have more opportunities for growth and development.
  • Employees feel more engaged because they feel like their work matters and makes a difference.
  • The company attracts better talent because employees want to work for companies that are doing great things for their customers.

Does Continuous Improvement really work?

Yes! Continuous Improvement absolutely works!

I’ve implemented and completed Lean Thinking and Continuous Improvement Projects in 100+ businesses over my career and have no doubt on the impact it can make.

On my very first project back in the 1990’s we took a machine change over from 480 mins to sub 20 mins, saving a £250K capital expenditure. As Senior Exec I’ve saved £10m+ year on year through the implementation of Continuous Improvement. I’ve seen every employee within a business take pride in completing numerous small incremental changes that compound in delivering a huge result.

In order to achieve these results, you need to be prepared to put in the work. It’s not an overnight process—it takes patience as well as an unwavering commitment to creating positive change at every level of your organisation. But once you’ve seen the first results, you’ll find it’s worth every minute invested!

You’ve only got to read some of our Case Studies to realise the potential.

Takeaway: Challenging yourself and your employees to make small improvements every day can have a dramatic effect on your overall business growth.

Beyond the Tools: 5 Leadership Strategies to Build a True Culture of Continuous Improvement

Posted on by Adam Payne

Let’s be honest for a second. You’ve probably rolled out Lean tools before. You bought the shadow boards, ran the 5S workshops, maybe even put tape on the floor. It looked good for a while. Then real life happened. A major customer expedited an order, a machine went down, and suddenly everyone was back to firefighting.

That’s the reality in a lot of established manufacturing and engineering businesses, especially those with 40 to 200 people. Performance is often held together by experience, effort, and a handful of heroic individuals. It isn’t always held together by a repeatable system. Lean tools like Kanban, SMED, or visual management are genuinely useful. They can create big improvements when they’re applied well. But they are not self-sustaining.

The truth is that most continuous improvement failures are not technical. They are human. People stop surfacing problems early because they do not want the grief. Supervisors fix things themselves instead of coaching their teams. Production meetings become data-readouts with no action. Incentives sometimes reward output at all costs, which means the real issues stay hidden.

A continuous improvement culture is not something you install like new software. It is built. It is built through daily leadership behaviours, shared routines, and the kind of consistency that eventually becomes “how we do things here.”

These five strategies are designed for directors who want actual results now, without creating a bloated Lean department or pausing production for a giant transformation programme. They are practical, people-focused, and realistic for the pressures manufacturing leaders face every day.

What Culture Really Means

We throw the word culture around a lot. Maybe too much. But on the shop floor, it has a very practical meaning.

A continuous improvement culture is a place where problems are visible, discussed without blame, and solved through small, steady experiments. Improvement is part of the work, not something squeezed into a Friday afternoon if time allows. Leaders coach thinking rather than just giving answers. Barriers get removed. Learning gets shared. And the gains hold because the routines hold.

That is the difference between tools and culture. Tools can create a quick uplift. You reorganise a cell, and productivity improves. You run a workshop, and people leave energised. But culture creates repeatable capability. Tools may give you a cleaner workspace this month. Culture makes sure it stays that way next month, and improves again the month after.

That matters because the businesses that win long term are not always the ones with the most impressive Lean launch. They are the ones that build the discipline to keep improving after the launch has faded.

Strategy 1: Lead With Problems First

This is a hard shift for many operational leaders. Most management teams are wired to lead with targets, output, and performance review. But if you want a true continuous improvement culture, you have to start leading with gaps, obstacles, and abnormalities.

Why? Because improvement cannot happen if people are hiding the truth. If leaders punish bad news, bad news disappears. It goes underground. That is expensive. Hidden scrap becomes rework. Hidden downtime becomes lost capacity. Hidden quality escapes become customer pain. Hidden staffing problems become overtime, burnout, and missed delivery.

The first step is to define what an abnormality actually is. That may sound basic, but it is rarely clear enough in practice. An abnormality is anything outside the standard. It can be a safety risk, a quality escape, a late delivery, a missing part, a prolonged changeover, a rework loop, or a machine stop that keeps repeating.

Then leaders have to change the questions they ask. Instead of “Why did you miss the target?” ask “What stopped us today?” Instead of “Who is responsible?” ask “What in the process allowed this to happen?” Instead of leading every conversation with the score, lead it with the obstacle.

Visual systems help here. Use an hour-by-hour board to compare plan versus actual. Display a downtime Pareto so the top causes are visible. Track first pass yield by product family. Keep a top-three constraints board live and current. These do not need to be complicated. In fact, the more straightforward they are, the better they work.

I once saw a bottleneck cell that always hit its numbers on paper. The metrics looked brilliant. But the team was quietly reworking parts after hours to make the figures look good. Once leadership started tracking first pass yield properly and discussing it without blame, the real constraint surfaced immediately. Nothing had changed technically. The behaviour changed because the problem became visible and safe to discuss.

That is the point. Directors do not need more tools. They need a daily management system that tells the truth early.

Strategy 2: Build Psychological Safety and Accountability

People must feel safe to speak up. But standards still need to be non-negotiable. That balance is where a lot of leadership teams get stuck.

On one side, some teams create a fear-driven culture where people stay quiet because they do not want grief. Problems get buried, learning stops, and the same issues keep coming back. On the other side, some teams swing too far the other way. No blame becomes no accountability. Standards slip, quality weakens, and nobody owns the outcome.

The answer is to separate people problems from process problems. Start every issue review by assuming a process weakness until proven otherwise. In most cases, that is where the truth lies. If the process made it easy for the issue to happen, the process is the problem that needs solving.

A consistent response helps. First, contain the issue and protect the customer. Second, investigate the process. Third, improve and standardise. Fourth, share the learning across the site so the same issue does not keep reappearing in a different department.

Keep the problem-solving method simple and disciplined. Use 5 Whys, but only with evidence. Use a Fishbone when an issue has multiple possible causes. Use an A3 for cross-functional problems that involve production, quality, maintenance, engineering, and supply chain all at once.

There are also some anti-patterns to watch for. If root cause is written as “operator error” every time, you have probably stopped too soon. That is not a root cause. It is usually a sign that the process, training, interface, or standard was weak. Avoid overcomplicated templates that make people dread problem-solving meetings. And do not confuse sorting the mess with fixing the cause. Containment matters, but containment is not prevention.

Imagine the wrong drawing revision gets used on the shop floor. A weak leader blames the operator for picking up the wrong paper. A stronger leader asks why the wrong revision was even available at point of use, why the document control system allowed it, and why the handover process did not catch it. That is the difference between blame and learning.

Psychological safety accelerates learning. Accountability ensures that learning becomes a standard.

Strategy 3: Install Daily Management Routines

If improvement only happens during formal workshops, it will never outpace daily firefighting. That is why a continuous improvement culture needs a heartbeat.

For most mid-sized manufacturing businesses, a daily management system is the most practical way to create that heartbeat. It gives the business a rhythm for surfacing issues, solving them quickly, and escalating the ones that cannot be fixed at the first level.

Start with tiered meetings. Keep them short. Tier 1 should happen at the line or cell level and last 10 to 15 minutes. The focus is simple: what happened yesterday, what is the plan today, what problems exist, and what support is needed. Tier 2 brings together area managers to handle resource conflicts, quality trends, and maintenance coordination. Tier 3 is the site-level review where systemic barriers, priorities, and cross-functional issues get resolved.

Then introduce leader standard work. This is where many businesses fall down. Leaders are often busy, reactive, and pulled in ten directions. If the improvement routines are not built into their week, they are the first thing to disappear when pressure rises. Schedule gemba walks. Review top abnormalities. Check whether actions are closing on time. Coach one improvement conversation a day or one per shift.

You also need clear escalation rules. What can the team solve in the moment? What needs same-day escalation? What becomes a formal improvement project? Without this clarity, issues just drift. They get discussed but not solved.

Good daily management feels calm. The meetings are short. The actions are clear. Problems do not linger for weeks waiting for the monthly operations meeting. People stop relying on memory and start relying on routine.

Think about the classic production-and-maintenance blame cycle. Production says maintenance is too slow. Maintenance says production keeps breaking things. Daily management breaks that loop because it puts both teams in the same rhythm. The data is reviewed together. The causes are examined together. And the ownership becomes shared.

When leaders show up consistently, continuous improvement stops being a poster on the wall and becomes the operating system.

Strategy 4: Develop People Through Coaching

In many technical SMEs, leadership promotion is based on technical brilliance. The best setter gets promoted. The most reliable engineer becomes the supervisor. The strongest problem solver becomes the manager. That is understandable, but it creates a trap.

Very often, the people who are best at solving problems are the ones who keep solving everything themselves. They become the hero in the middle of the system. The trouble is, hero culture does not scale. You cannot continuously improve an entire factory with a handful of experts constantly firefighting for everyone else.

A real kaizen culture needs leaders who teach problem-solving, not leaders who simply hand out answers. That is a different skill. It requires patience, discipline, and a willingness to let people think.

A coaching routine can help. Kata-style questions are a good place to start. Ask what the target condition is. Ask what the actual condition is. Ask what is stopping progress. Ask what experiment will be tried next. Ask what learning is expected. That kind of questioning builds capability over time.

The key is to keep improvement small and frequent. Do not wait for the perfect answer. Do not wait until the whole system is redesigned. Encourage the next step. Then the next one. Small experiments create momentum, and momentum creates confidence.

You also need to protect time for coaching. Put it in leader standard work. If coaching is optional, it will get squeezed out. Start with one pilot area if you need to. Measure the behaviours that show learning is happening: action closure, recurrence rates, problem-solving participation, and whether supervisors are coaching more than they are fixing.

There are some common mistakes here too. Leaders give answers too quickly because they want speed. That feels efficient, but it robs the team of learning. Others try to coach without removing barriers, which just creates frustration. You cannot ask a team to improve if they do not have the tools, time, data, or authority to act. And improvement should never be delegated away to the CI person or the engineer alone.

I once saw a supervisor who stopped fixing every tricky changeover himself. Instead, he coached the team to build a repeatable setup standard. Over time, changeovers stabilised, training became easier, and the team became more capable. That is what coaching does. It turns dependence into capability.

The culture shift happens when teams learn how to think, not when they are told what to do.

Strategy 5: Align Measures and Recognition

Whatever you measure, whatever you tolerate, and whatever you reward will override the values poster in reception every single time. Culture follows the scoreboard.

This is where many mid-sized companies accidentally undermine their own improvement efforts. If bonuses are tied only to output, people will hide downtime or ignore minor defects to hit the numbers. If the loudest praise goes to firefighting, then firefighting becomes the hero behaviour. If improvement work is invisible, it gets pushed down the list. Not because people do not care, but because the system tells them what matters.

You need leading indicators that reflect improvement behaviours, not just end results. Track the number of abnormalities raised. That number may rise at first, and that is a good sign. It means people are finally surfacing issues instead of hiding them. Track action closure rates so people see that problems are being dealt with. Track recurrence rates for the top issues. Look at skills matrix progress. Audit compliance on critical standards.

Recognition needs to be just as intentional. Celebrate prevention, not only recovery. Highlight cross-functional wins where production, maintenance, quality, and engineering worked together instead of operating in silos. Praise the team that removed a recurring issue permanently, not only the person who stayed late to patch over the symptoms.

You also need to make trade-offs visible. Under pressure, output and improvement will sometimes conflict. That is normal. What matters is that leaders show how decisions are made. If improvement is always the thing that gets dropped when the week gets busy, the whole culture will tell people that Lean is optional.

I once saw a site heavily praise a person who stayed late to rework a huge batch of faulty parts. He was the hero of the week. But the better leadership move would have been to praise the team that eliminated the rework loop, so nobody had to stay late at all. That is the real shift. Stop rewarding the cost of failure. Start rewarding the removal of the cause.

If the scoreboard rewards hiding problems and doing heroics, you will get more of both.

A Practical 90-Day Start

You may be thinking this all sounds right, but where do you actually begin without overwhelming the business? Keep it simple. Start small. Focus on one area first.

In the first 30 days, define your abnormalities clearly. Set up a basic visual board in one pilot area. Start a short Tier 1 daily meeting. Agree the no-blame, high-standard response to issues so people know what to expect.

Between days 31 and 60, add Tier 2 and Tier 3 escalation routines. Introduce leader standard work for supervisors and managers. Start the coaching habit. Aim for just two coached problems per week per leader. Keep it manageable enough that it actually sticks.

From days 61 to 90, begin aligning measures and recognition. Expand daily management into a second area. Run one cross-functional A3 on a recurring systemic issue. Use that learning to refine the approach before rolling it wider.

This kind of rollout does not require a restructure. It does not require a huge capital spend. And it does not require a Lean department full of specialists. It requires leadership discipline and consistent behaviour.

Culture Is Built Together

There is a reason culture change often fails when one enthusiastic manager goes on a training course and comes back full of ideas. The rest of the leadership team is still doing things the old way. The enthusiasm gets crushed by the existing system.

What actually sticks is shared practice. The same language. The same routines. The same response to problems. The same expectations across departments and shifts. That is why group learning works so well in manufacturing. It creates consistency in leadership behaviour, which is what culture really depends on.

This matters even more in multi-shift environments, where communication can be messy and misunderstandings build quickly. When day-shift and night-shift managers are trained together, they stop working against each other and start fighting the process issues together.

A continuous improvement culture is not the result of one champion. It is the result of many leaders behaving consistently.

The Next Step

Building a true culture of continuous improvement comes down to a few core things. You need problems-first visibility, so nothing stays hidden. You need psychological safety combined with strict accountability. You need daily management routines to keep the heartbeat going. You need coaching capability to turn firefighters into multipliers. And you need measures and recognition aligned to the behaviour you actually want.

Lean tools alone will never get you there. But these five leadership strategies absolutely can.

If you are ready to stop fighting the same fires every week, the next step is not a bigger toolkit. It is a more consistent leadership system. That is where continuous improvement stops being a project and starts becoming part of how the business performs. Please do check out our Lean Coaching Programme.

The Business Case for Lean Training: How to Justify the Investment and Calculate Your ROI

Posted on by Adam Payne

A lot of manufacturers say they want to improve productivity.

Fewer are willing to put a proper number on what that improvement is worth.

That’s usually where the conversation gets stuck. People talk about waste, downtime, scrap, and “the need for a better way of working”, and everybody nods along. Then the budget question comes up and the room gets a bit quieter. Fair enough. It’s one thing to agree Lean sounds sensible. It’s another thing entirely to justify spending money on it when there are machines to keep running, orders to hit, and fires to put out.

That’s why the business case matters.

Not as a sales exercise. Not as a bit of paperwork to keep finance happy. But because if you can’t connect Lean training to real operational pain, it will always feel like a nice idea rather than a sensible investment.

And to be honest, in a lot of manufacturing businesses, there is plenty of pain to connect it to.

Why Lean training has to earn its place

In established manufacturing firms, training is often treated as overhead. Necessary, maybe. Useful, occasionally. But not always urgent.

That’s understandable. If you’re running a business with 40 to 200 employees, there’s always something competing for budget. New equipment. Repairs. Recruitment. Software. Compliance. The list never really ends.

But Lean training isn’t just another course. When it’s done properly, it helps people solve the problems that are already costing money every single week. Recent manufacturing training guidance says the ROI case should be built around measurable benefits such as productivity, reduced downtime, faster onboarding and better use of labour and equipment. That’s the right way to think about it.

If the training helps a team reduce scrap, shorten changeovers, improve flow or stop firefighting, then it is not a cost in the usual sense. It is a way of buying back capacity.

That’s the real point.

You are not paying for a certificate. You are paying to improve how the business performs.

And if you frame it that way, the conversation changes.

What your Lean Green Belt offer actually costs

Our Lean Green Belt training is priced at £4,200 for up to 12 people, which brings the cost down to £350 per person.

That matters, because it gives directors something concrete to work with. The fee is no longer vague or awkward. It becomes a real investment with a clear unit cost, and that makes the ROI discussion much easier.

It also compares well with broader UK market pricing. Recent Green Belt courses have been listed at £2,450, £2,530, and an average of £2,860/person for face-to-face delivery in a 2025 UK survey. Our offer sits in a useful place because it is team based, on site, and built for manufacturers rather than generic classroom learners.

That last part matters more than people sometimes admit.

If a company sends one person away for training, the knowledge often stays with that person. If you train up to 12 people together in their own environment, the chance of practical follow through is much higher. The team hears the same language. They see the same problems. They can apply the tools to the same process. That improves the odds of actual change, which is really what the board wants anyway.

The cost of doing nothing

Before you talk about ROI, it helps to talk about the cost of standing still.

Manufacturing waste is rarely dramatic in the moment. That’s why it gets missed. It doesn’t arrive in one big ugly invoice. It leaks out through scrap, rework, machine stoppages, overtime, rushed orders, poor changeovers and too much time spent chasing the same issues again and again.

Downtime is a good example. Modern manufacturing sources keep pointing out that the true cost of downtime is often much higher than the lost production itself, because the full picture includes idle labour, restart scrap, emergency parts, overtime, logistics disruption and sometimes customer penalties. One 2024 industry white paper reported average downtime costs for manufacturers at £193 million annually across surveyed organisations, which is obviously not a number most SMEs will recognise directly, but it does show the scale of the issue.

Scrap is similar. The cost is not just the value of the material thrown away. It also includes the labour already spent, the machine time lost, the energy consumed, and the capacity that could have gone into saleable output. If you only count material, you undercount. Usually by quite a bit.

That is why Lean training is easier to justify than people think. Not because it is cheap. Because waste is expensive.

How to build the business case

A sensible Lean business case starts with one question.

What is waste costing us now?

That might sound obvious, but many companies skip this step. They buy training because it feels like the right thing to do, then struggle to prove the result. Better to start with the pain and work backwards.

Here’s a practical way to do it.

1. Identify the biggest cost leaks

Look at the recurring problems that show up in operations meetings. The usual suspects are:

  • Scrap and rework.
  • Unplanned downtime.
  • Changeovers that take too long.
  • Excess overtime.
  • Late orders caused by poor flow.
  • Material shortages and expediting.
  • Low output from bottlenecks.

You do not need perfect data to begin. You just need enough to make a conservative estimate. In fact, conservative is better. Directors trust numbers that feel a bit underplayed more than numbers that sound like consultant fantasy.

2. Put a value on each problem

This is where most business cases get stronger. Once you move from “we’ve got issues” to “this issue costs us this much per month”, the discussion becomes real.

For downtime, use a simple calculation based on the cost of lost production per hour. Then add the hidden costs if you can: labour standing idle, overtime needed later, restart scrap, and any customer impact.

For scrap, multiply the quantity of scrap by the full unit cost, not just the material cost. Include labour, energy, and machine time where possible.

For overtime, calculate how much of it is caused by waste rather than genuine demand spikes.

For changeovers, estimate lost productive time per week or month and translate that into value.

You do not have to be exact to be credible. You just have to be honest.

3. Compare savings to training cost

Once you know the annual cost of the problem, compare it with the investment in Lean Green Belt training.

In TCMUK’s case, that investment is £4,200 for up to 12 people.

So the question becomes simple. If the training reduces waste by enough to recover £4,200, how quickly does it pay back?

The answer, in most established manufacturers, is usually “faster than people expect”.

A very small reduction in recurring scrap or downtime can pay the fee back. If the team then keeps improving after the training, the value compounds. That is where Lean stops being a course and starts becoming a capability.

A simple ROI formula

You can keep the maths straightforward.

Use this formula:

If the training costs £4,200 and the annual benefit is £18,000, the net benefit is £13,800. The ROI is therefore 328.6 percent.

That is the kind of number that gets attention.

But ROI is not the only measure that matters. Payback period matters too. If the £4,200 is recovered in three months, that feels much easier to approve than a programme that takes two years to justify. Directors tend to like payback because it speaks their language.

And yes, some benefits are harder to pin down. Better morale. Less firefighting. More confident supervisors. Fewer repeated mistakes. Those things matter, even if they do not always appear neatly in finance reports. I think the best business cases mention them briefly but still keep the headline firmly on hard savings.

A worked example

Let’s say a manufacturer with around 80 employees is losing money in a few obvious ways.

  • Scrap and rework cost £600 a week.
  • Downtime and minor stoppages cost £700 a week.
  • Overtime caused by inefficiency costs £350 a week.

That gives a weekly waste cost of £1,650.

Over a year, that is £85,800.

Now let’s be cautious. Suppose Lean Green Belt training helps the team remove only 20 percent of that waste in the first year. That would be a saving of £17,160.

Against a training cost of £4,200, the net benefit is £12,960.

Using the ROI formula, that gives an ROI of 308.6 percent.

And that is with a fairly modest improvement assumption.

You could make the case even stronger if the training also improves changeover time, planning stability, or first pass yield. But even without stretching the numbers, the investment looks sensible.

That is the useful bit.

Not that the course magically transforms everything overnight. It usually doesn’t. But if it helps a team remove a small slice of recurring waste, the financial case becomes hard to ignore.

Why team-based training improves the return

One of the more overlooked advantages of your offer is that it trains up to 12 people together.

That is not just a pricing detail. It changes the economics.

When one person goes on a course, the business gets one person’s perspective. When a cross functional group goes through the training together, the business gets shared language, shared problem solving, and a much better chance of action afterwards. That is especially useful in manufacturing, where problems usually live across boundaries rather than inside one role.

A planner sees one version of the issue. A supervisor sees another. Maintenance sees another. Quality sees another. Lean training works better when those people can look at the same process and actually agree on what is happening.

There’s also a practical benefit here that people often forget. On site training means the examples are your examples. Not a made-up case study about a coffee shop or a bank or some other place that looks nothing like a production line. The learning lands faster when it happens in the real environment, with real problems in front of real people.

That is where the ROI begins to feel believable.

What directors really want to know

When you’re speaking to directors, they usually want four things.

  • Will this save money?
  • How quickly?
  • How much disruption will it cause?
  • Will the changes last?

Everything in the blog should quietly answer those questions.

The money question is handled by the scrap, downtime and overtime calculations. The speed question is handled by payback and ROI. The disruption question is handled by the on-site, team-based format. The sustainability question is handled by the fact that people are being trained together in the actual environment where the improvements need to stick.

That is why a good business case is not just numerical. It is credible. It feels grounded. It sounds like someone who understands manufacturing wrote it, not someone who copied a template from a training brochure.

How to present it internally

If the budget needs internal approval, the best approach is usually simple.

Start with the current cost of waste.

Then show the training investment.

Then show a conservative savings target.

Then show payback.

That’s it. No drama. No jargon overload.

You can also make the case stronger by linking the training to a live business challenge. Maybe scrap is too high on one product family. Maybe a key line keeps losing time on changeovers. Maybe supervisors need a better way to solve recurring problems. When the training is attached to a visible pain point, it stops looking optional.

And that matters because nobody really wants to approve training in the abstract. They want to approve a solution to a problem they can already feel.

Why Lean training is worth the spend

Lean training is easiest to justify when people stop thinking of it as a standalone event.

It is not the workshop itself that creates value.

It is what the workshop helps your people do next.

Better problem solving. Better use of data. Better flow. Less waste. Faster response. More confident managers. Fewer days spent firefighting the same issues over and over again.

That’s the real return.

A recent UK manufacturing case study from A.N. Wallis showed the kind of results that can come from structured continuous improvement work, including a 12 percent increase in OEE, a 30 percent reduction in changeover time, and over £100,000 of obsolete stock removed. That is not a promise of what every team will achieve, of course. But it does show what becomes possible when Lean thinking moves from theory into daily practice.

And that is really the goal here.

Not a training course that sits politely on a shelf.

A better run business.

Closing thought

If you are a manufacturing director looking at £4,200 for up to 12 people, the right question is not whether the spend is real. It is. The better question is whether the business can afford to keep absorbing the hidden cost of waste instead.

Once you look at scrap, downtime, overtime and lost capacity properly, the training fee starts to look modest. Maybe even conservative. Especially when the team is trained together on site and the learning can be applied straight away.

That is the business case in plain English.

Not perfection. Not theory. Just a practical investment in the people who are closest to the problems and best placed to solve them. Please do check out our Lean Coaching, Green Belt and Lean Awareness training.