How Does Productivity Affect Profitability?

We all know there are several factors that affect profitability.  One of my favorite considerations is productivity.  Increasing productivity levels can dramatically increase profitability.  Typically, profitability is evaluated from a financial statement prospective, and labor is measured as a percentage of sales.  Often, the natural inclination is to decrease labor costs through lay-offs and work force reductions.

However, rather than reducing our work force, productivity provides a platform to increase the output of our current work force and thereby increasing profitability.   A key starting point to uncovering the potential profits hidden within productivity is asking questions such as; “How productive is our work force?” and, “How do our current productivity levels affect our profitability?”

Often, there is difficulty in determining a method to answer these questions due to the complexity of our manufacturing operations, ERP systems and reporting systems.  Simplifying the process with productivity models helps to gain insights on the potential Return On Investment involved with the pursuit of increasing work force productivity.

The productivity model below illustrates the effect of productivity on profits.  The first table explains the basic assumptions behind the model.

Assumptions
Process Time (sec) 250
Product Sales Price $5.63
Project Quantity 10,000
Project Runs Per Month 5
Labor Cost / hour $25.00

Next, this model illustrates the effect of productivity on the profitability of one manufacturing process, produced five times within one reporting period.

Profitability

Productivity

50%

60%

70%

80%

100%

Revenue

 $281,250.00

 $281,250.00

 $281,250.00

 $281,250.00

 $281,250.00

Labor Cost

 $173,611.11

 $144,675.93

 $124,007.94

 $108,506.94

 $86,805.56

Manufacturing
Cost (50%)

 $140,625.00

 $140,625.00

 $140,625.00

 $140,625.00

 $140,625.00

Gross Profit

 $(32,986.11)

 $(4,050.93)

 $16,617.06

 $32,118.06

 $53,819.44

This model demonstrates how powerful productivity is, as a factor in profitability. While developing processes to track productivity outside financial reporting mechanisms, can be cumbersome and complicated, there is opportunity for a substantial ROI on these efforts.  We can begin to reap these additional profits by following this five-step process.

  1. Define processes and sub processes
  2. Perform time studies and line balance
  3. Implement consistent training methods and train supervisors and line employees to the process
  4. Set productivity goals
  5. Monitor output and measure against goals

Practicing these steps is a great place to start unlocking the hidden profitability opportunities within our manufacturing processes!

5 Step Process To Removing Complexities In Manufacturing Processes

A good place to begin removing complexities in our manufacturing operations is in our secondary processes.  Often there is a clear delineation between a primary manufacturing process and a secondary process.  For example, an organization that produces plastic widgets may identify its primary manufacturing process as injection molding, the conversion of plastic into a widget.  Processes such as separating, assembly, packaging and finishing are considered its secondary processes.

Since primary or core processes tend to be the processes best understood within our organizations, it seems logical that gaining a better understanding of what is happening after core processing, creates an opportunity to reduce complexity.

When it comes to removing complexities, there are no quick fixes.  The concept behind this 5-step process is to gain a better understanding of how we currently produce our products.  Working through this process, we find a natural inclination to simplify.

    1. Create “as is” process maps – Document the whole route the product travels from it’s core/primary process to the next, or secondary processes, following the product through to its finished, shippable state.
    2. Define processes – Document processing specifications at each secondary process defined in the process map.
    3. Measure cycle times – Measure each process to understand process time requirements for each process articulated in the process map.
    4. Evaluate Sequencing – Evaluate each process and determine its fit within the larger system based on cycle time, finishing order and value creation.
    5. Simplify – Remove non-value added processes by reducing extra processing steps, product travel times and redundancies.

It can be difficult to peel back the many processing layers involved in our manufacturing operations.  However, once the manufacturing journey our products travel are stripped down to minimum processing requirements, we can begin to rebuild our processes with a new clarity.  This new clarity provides a shift in perspective, creating an opportunity for an intentional, re-focused effort to align our manufacturing processes with strategic business objectives.

Why Not Minimize Labor Expenses and Maximize Sales Revenue Today?

A great way to minimize labor expenses and maximize sales revenues is to improve our processes.  Strategies such as, Business Process Improvement (BPI) and Total Quality Management (TQM), encourage organizations to change,  to communicate and to involve the whole organization in meeting the business objectives set in strategic planning sessions.

Supporting the strategic goals are the methodologies used to create change and improve processes.  However, even when a direction is set, and balanced scorecards and key performance indicators are established, it can be difficult to know where to start.  What processes need improvement, and where can we get our best return, are questions we might ask.

For those of us acquainted with Lean Principles, the answer might be to use Kaizen, for continual process improvement. Yet, for others it might start with processes that continue to produce poor quality.  Poor quality frequently indicates variability in our processes and where there is variability; often there is excess labor expense. Where this is the situation, perhaps a Six Sigma approach is employed.

Regardless of the strategies, methodologies or process used for improvement efforts, the implications of Return On Investment show how important it is do the work.

For example: If my fully burden labor rate is $30 per hour and I improve a labor process by 20 seconds, and the process produces 20,000 parts per month, I save $3,333.33 per month and $ 40,000.00 per year!

Process Time Saved Monthly Quantity Monthly Labor Expense Savings
20 Seconds 20,000 $3,333.33
Process Time Saved Annual Quantity Annual Labor Expense Savings
20 Seconds 240,000 $40,000

Taking this concept one step further is to consider that the opportunity described in the table above is only one process.  We all operate more than one process in our businesses.  What if we were able to save 20 seconds on 2, 3 and 4 other processes?

Process improvement is an investment and it can be difficult to develop initiatives, communicate, implement and maintain our efforts.  However, the benefits of our efforts surely out weigh the alternative.

We want to hear from you! What has your experience been with process improvements?


Click here to download your free Return On Process Improvement tool to start understanding how small process improvements can produce large savings throughout the life of your product. Get the information needed to start making process improvements today!

Do Lean Manufacturing Principles Apply to New Product Launches?

Yes, yes and yes, lean manufacturing principles do apply to new product launches. In our journey to launch new products, how many times have we faced one or more of the seven wastes identified in Lean Manufacturing such as:

  • Transportation
  • Inventory
  • Motion
  • Waiting
  • Overproduction
  • Over Processing
  • Defects

An obvious waste to discuss in a new product launch situation is overproduction. A typical definition of overproduction is to produce products in excess of customer demand.

Often in a new product launch, orders for the new product are created from an anticipatory perspective with the use of forecasts instead of live customer orders. Using anticipated demand systems and structures increases the opportunity for over production because forecasting demand is frequently ambiguous. We can engage in rigorous research efforts and still have errors in our calculations, add into the equation volitile demand, inflexible manufacturing systems and supply chains, and it becomes clear why overproduction regularly occurs in new product launches.

Interestingly, both the goals of a new product launch and the goals of a lean factory are striking similar. For example, in a new product launch, the desired outcome is to get our products to market as quickly, efficiently and cost effectively as possible. Like wise, the goal of Lean is to reduce cycle times, eliminate waste and reduce total costs.

Incorporating lean strategies in new product launches has many benefits including:

  • Reduced total costs by eliminating over production
  • Accelerated time-to-market by reducing lead times
  • Meeting emerging customer needs by reducing process cycle times

The launch is a crucial stage in the product development process. Applying Lean principles to this stage can create tremendous opportunities to maximize returns on our new product development efforts.

What have your experiences been with lean launch strategies and methods?

Process Improvement: it is not WHAT we do, it is HOW we do it

“A Corporation is a living organism; it has to continue to shed its skin. Methods have to change. Focus has to change. Values have to change. The sum total of those changes is transformation.”
- Andrew Grove, Intel Corporation

You know how it feels, being in the flow: completing tasks, checking items off the list, solving problems, producing our products and engaging in productive behaviors. Activities are moving fast and we believe, in this moment, there is no room and no reason for process improvements.

Except that nagging feeling –the one that emerges with stunning regularity. The inclination, that, completing these tasks again, checking this item off the list again, producing these products in the same tired ways and solving these same old problems again, may be a great waste of effort.

It is in this moment of dissonance, a great opportunity exists: to shift our focus from what we do, to how we do it. This pause, this small opening, gives rise to an occasion to ask bold, new questions:

  • Are the activities we perform adding value to our product? Or, are employees performing unnecessary tasks because of inadequate training, tradition, or inefficient work cell layout?
  • Is our throughput maximized and downtime minimized? Or, do our materials meet bottlenecks in processing that create limits on our ability to fulfill orders?
  • Can we find ways to improve quality so we do not need to spend excess time looking for and fixing defects? Are processes understood and reproducible to minimize the occurrence of defects?
  • Is our supply chain optimized to reduce costs? Is the movement of our product necessary or minimized to create the best cost to value received by the client?

While it may seem impossible to break out from the flow and find the time and courage to ask difficult questions, we need to ask difficult questions to develop competitive business processes and implement the correct changes to transform ourselves, our colleagues, and our businesses into 21st century success stories.

 

Lean Waste: Motion, Which Set-Up Yields Greatest Efficiencies?

Do you ever wonder if it really pays off to go through the sometimes-painful Lean Manufacturing exercises? Check out this video!

To view in higher resolution, click the YouTube logo and make your selection.

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