Increasing productivity: strategies to optimize Cycle Time

Creating cost reduction strategies is becoming increasingly common. Notably, consumer goods manufacturers are developing just-in-time production processes to produce only what is desired and avoid inevitable discounts caused by overproduction. However, such actions may not create a lasting competitive advantage in the long run, as competitors will soon seize the same opportunity.

However, economizing time in a business becomes significant when it represents a systematic change in how the company performs tasks and serves its customers, making it more difficult to copy. To initiate this process, the crucial first step is understanding the timing of your deliveries.

In this article, we’ll explore the importance of cycle time as a metric for measuring and optimizing delivery time, resulting in financial savings. Additionally, we’ll demonstrate how to measure and reduce cycle time, the main implementation challenges, the best success strategies, and Toyota’s success case, inspiring you to gain sustainable competitive advantage for your business.

What is Cycle Time?

Cycle Time is the time required to complete a full cycle of a process from start to finish. It’s a metric used to measure efficiency and productivity, allowing identification of bottlenecks, delays, and improvement opportunities in a process.

Cycle Time is not a novelty in business operational scenarios. Although its origins lie in operations and production management, it gained prominence during the development and popularization of Toyota Production System practices in the 1950s and 1960s. And even though it’s “old,” leaders of large companies today gain a competitive advantage by implementing transformations in how they manage time in their organizations.

Cycle Time, Lead Time, and Customer Lead Time

These three metrics serve distinct functions in workflow evaluation, not competing but possessing specific objectives. The point of convergence among them is representing the overall goal of measuring and optimizing deadlines, using “calendar days” as the unit of measure. In other words, both Cycle Time, Lead Time, and Customer Lead Time measurements refer to counting calendar days of a delivery, without excluding weekends or holidays.

Cycle Time

It measures the time required to complete a single task or specific activity within a process. For example, in a software development process, Cycle Time can measure the time it takes for a developer to fix a bug after being assigned.

Lead Time

It represents the total time elapsed from start to finish of a process, encompassing all stages. For example, imagine a T-shirt manufacturing process; Lead Time would include from receiving raw materials to delivering the finished product to the customer.

Customer Lead Time

It focuses on the total time a customer waits between placing an order and receiving the product or service. In an e-commerce company, Customer Lead Time measures the period from order placement to delivery at the customer’s doorstep.

In summary, Cycle Time measures the time of an isolated step of the process, Lead Time measures the total process time, and Customer Lead Time measures the total process time from the customer’s perspective. Together, these metrics enable the identification of specific bottlenecks, allowing comprehensive operational efficiency improvement.

Challenges in implementing Cycle Time

Developing the ability to reduce delivery time is not easy or achievable overnight. It requires a fundamental overhaul of how a company’s products or services are delivered to customers, meaning various parts of the organization will have to work together in new and different ways. However, nowadays, the penalty for standing still is much greater than the cost of change.

Here are the main challenges in implementing Cycle Time:

Data Collection

A precise and reliable data collection system is needed to measure the time spent at each stage of the process. This may require investment in tracking and data logging tools.

Process stage definition

At the outset of implementation, it’s important to clearly identify the process stages to be measured and determine the start and end of each one for proper measurement. It’s common for employees to believe that focusing on value creation is sufficient since everyone works on the same product or customer. However, despite good intentions, without a visible and understandable workflow from start to finish for all employees, the company becomes a tangle of conflicting teams. Therefore, map out the entire workflow, which requires collaboration from different teams to accurately define stages and each one’s role.

Team engagement

Successful Cycle Time implementation depends on team engagement and involvement; resistance to change is one of the main barriers faced by companies. To avoid resistance, it’s important to communicate the goals and benefits of Cycle Time, provide adequate training, and encourage active participation of the team in the implementation process and continuous improvement.

Identifying bottlenecks

Cycle Time can reveal bottlenecks and choke points in the process. Identifying and resolving these bottlenecks may require changes in workflow, resource reallocation, or operational improvements, posing a significant challenge.

Strategies to reduce Cycle Time

Numerous strategies can be enumerated to reduce Cycle Time, with the first influencing all others: understanding that companies with a Cycle Time culture distinguish themselves from traditional organizations in structuring work, measuring performance, and viewing organizational learning.

Such companies prioritize teams over functions and departments, using time as a critical performance metric. Furthermore, they insist that all employees understand customers, competitors, and internal operations of the company, not restricting this responsibility only to top management. Without this understanding, the use of Cycle Time data may not work. In this context, leaders and managers play a central role in implementing this culture. It is up to them to set clear goals and objectives related to cycle time, provide adequate resources for improvements, remove obstacles, and encourage collaboration among teams. Addressing these issues, various strategies can be employed, such as:

Eliminating unnecessary tasks

Identifying and eliminating any step or activity that doesn’t add value to the process, thus reducing the total time needed to complete it.

Standardization and simplification of processes

Analyzing existing processes and identifying opportunities for simplification and standardization to reduce complexity and the time needed to execute them.

Task automation

Identifying processes that can be automated through technology, such as the use of software and automated tools, to streamline process execution.

Continuous improvement

Implementing a culture of continuous improvement, encouraging the team to identify and propose ideas to optimize the process and reduce the time needed for its completion.

Benefits of reducing Cycle Time

Every manager’s idea is to design a company that operates without the barriers, errors, or wastes that characterize most organizations. In practice, tackling this challenge is complex. However, as productivity and delivery speed increase, process efficiency improves, resulting in less time spent managing crises and more time available for planning and executing competitive activities.

The main benefits derived from reducing Cycle Time lie in these three fundamental pillars for any business: productivity, speed, and efficiency. Understanding how these benefits can effectively contribute to improving your company’s processes is a good strategy.

Productivity

By reducing the time required to complete a task or process, productivity increases. Employees can perform more activities in the same time period, leading to overall higher yield.

Efficiency

Reducing Cycle Time allows optimizing the use of available resources by eliminating redundant activities or waste. This results in improved operational efficiency, as tasks are performed more quickly and effectively.

Speed

With a shorter Cycle Time, processes are completed more quickly. This means that products or services are delivered to customers more promptly, which can increase customer satisfaction and the company’s competitiveness in the market.

Measuring and monitoring Cycle Time

In a simplistic manner, Cycle Time measures the total elapsed time you need to perform a task from the moment it starts until it’s completed. Therefore, the simplest way to measure Cycle Time is by counting the number of calendar days it spends being executed.

However, if youneed a more detailed and accurate strategy, there are steps that can help measure and optimize the Cycle Time process, namely:

Define the start and end of the cycle

Identify the starting point and the endpoint of the process you want to measure.

Record cycle time

Time how long it takes to complete the process from start to finish.

Repeat the process several times

Conduct multiple measurements of Cycle Time to obtain a more accurate average.

Analyze the results

Compare the Cycle Time obtained and identify patterns or variations.

Make adjustments and improve the process

Based on the results obtained, identify opportunities to reduce Cycle Time and implement improvements in the process.

Continuously monitor

Establish a regular monitoring system to measure Cycle Time and verify if the implemented improvements are yielding results.

Toyota: how the business succeeded with Cycle Time

Let’s analyze Toyota, a company known for its Cycle Time culture in operations. The core of its activities in the automotive sector involves four interconnected stages: product development, order receiving, factory scheduling, and production.

Over the years, Toyota has organized itself to speed up information, decisions, and materials at each of these critical stages, both independently and as parts of a whole. Production occurs in small batches through flexible manufacturing cells capable of handling a variety of models with quick changes. Plants are managed to maintain high operational efficiency and ensure product quality. The result is an accelerated production cycle, reducing overall costs except those essential to ensure that the work is done correctly from the start.

Much of Toyota’s competitive success is directly linked to its ability to operate in a Cycle Time culture. By creating new products with agile methodologies and faster than competitors, Toyota puts other manufacturers on the defensive in the market. By quickly transforming customer orders into finished products, it captures a significant share of buyers with urgency and puts pressure on competitors’ costs and inventories. By consistently offering a variety of innovative products and monitoring consumer preferences, Toyota stays aligned with their evolving needs, providing product development with a technological edge that market research cannot match. The more efficiently Toyota can develop and deliver automobiles, the greater its control in the competitive landscape.

Facing the complexities of the corporate environment requires more than simple management tools or physical boards to effectively conduct your work processes. It’s essential to calculate Cycle Time and adopt a mentality of continuous improvement. We know this challenge is not trivial, which is why relying on a partner like Objective proves to be a smart and advantageous strategy.

Objective is recognized for agility, accumulating over 25 years of experience with large companies as clients. Contact our experts to discover the most effective and personalized solution to boost your business’s success.