12 Manufacturing KPIs to Track for Financial Success
In the manufacturing industry, success depends on efficiency. Supply chain complexities, escalating production costs and inventory management challenges can throw a wrench in even the most carefully laid plans.
Successfully navigating these challenges demands more than experience; it requires precisely tracking, analyzing and reacting to specific key performance indicators (KPIs).
So, what KPIs should your manufacturing company be tracking?
Specifics and frequency will vary based on your organization’s unique needs and goals, but there are a few key metrics all manufacturers should consider.
Here, we’ve identified 12 important manufacturing KPIs at various levels, for deciphering operational efficiencies, identifying cost-saving opportunities and ensuring profitability.
Basic Manufacturing KPIs
These basic KPIs are essential for gauging various aspects of a manufacturer’s financial health. In fact, your organization is likely already evaluating these regularly, but if you aren’t, prioritize these commonly used metrics to start.
Operating Profit Margin (OPM)
This KPI measures profitability after accounting for operating expenses such as salaries, utilities, maintenance and equipment depreciation, providing the profit you earn from each dollar of sales. This metric helps companies monitor trends over time, adapt to market dynamics and inform strategic decisions amidst operational adjustments.
OPM = Operating Profit / Total Revenue
Current Ratio
Current ratio is a liquidity metric calculated by dividing current assets by current liabilities. It assesses a company’s ability to meet short-term obligations—which is crucial during intensive production cycles—and helps manage working capital to prevent production disruptions.
Current Ratio = Current Assets / Current Liabilities
Return on Assets (ROA)
ROA indicates how efficiently a company is using its assets. Specifically in manufacturing, your company can measure the ROA of an individual piece of manufacturing equipment to evaluate the effectiveness of the investment and to inform decisions about whether you should maintain, expand or reduce the use of that equipment.
This manufacturing KPI aligns operations with strategic growth plans, such as expanding production capacity, and it gives you a way to measure how the returns from your business stack up against the returns you could potentially get from investing in other assets.
ROA = Net Income / Average Assets
Return on Equity (ROE)
Similar to the ROA, this metric measures the ability to create value for shareholders at the company level. Knowing this KPI can help your manufacturing company balance debt and equity financing to support sustainable growth and bolster investor confidence over the long term. Plus, it allows you to compare the return on your company’s equity to other investments.
ROE = Net Income / Shareholder’s Equity
Leverage Ratio/Debt-to-Equity
The debt-to-equity ratio, otherwise known as the leverage ratio, is valuable to all companies, but it’s particularly relevant in the capital-intensive manufacturing industry. Lenders often use this ratio to evaluate a potential borrower’s financial stability and creditworthiness. This manufacturing KPI plays a pivotal role in strategic decision-making concerning operations and financing. The lower the ratio, the stronger your company’s ability is to meet your debt obligations.
Debt to Equity = Total Liabilities / Total Shareholders’ Equity
KPIs for Deeper Consideration in Manufacturing
While the above KPIs provide a good basis for evaluating a manufacturer’s financial position, you can gain even more profound insights into your operations by tracking specific metrics beyond the standard measures. Consider using these manufacturing KPIs for even deeper insights.
Gross Profit Margin (GP) Ratio
You can calculate the GP ratio across the entire company, but the real value of this manufacturing KPI comes from analyzing it at the individual product or SKU level. This granular approach helps identify which products are most profitable and which may require reevaluation or discontinuation due to poor margins. This ratio can inform key decisions, such as increasing production for a specific item or reducing marketing efforts on less profitable products.
GP Ratio = ((Net Revenue – Direct Expenses) / Net Revenue) x 100%
Cash Conversion Cycle (CCC)
The CCC measures the time frame and efficiency of a company’s cash flows and is vital for managing liquidity. Streamlining your CCC can significantly enhance cash flow and reduce financing costs.
For example, shortening production lead times (lowering average days inventory), improving collection processes (lowering average days receivable) or negotiating longer payment terms with suppliers (increasing average days payable) can free up cash and potentially save on interest.
CCC is made up of three separate ratios that should each be evaluated regularly on their own. When these ratios are combined, the CCC provides the time frame it takes for a company to convert the cash spent on inventory into cash from a sale.
Cash Conversion Cycle = Average Days Inventory + Average Days Receivable − Average Days Payable
Efficiency of Utilization
Efficiency of utilization measures the proportion of productive hours versus total hours worked. It’s a direct indicator of labor resource allocation effectiveness. By identifying inefficiencies or needs for better training, processes or equipment, this manufacturing KPI helps manage labor costs effectively, potentially reducing overtime or idle time, thus increasing profitability.
Efficiency of Utilization = Productivity Hours vs. Total Hours
Advanced KPIs in Manufacturing
These detailed KPIs are the most advanced metrics that can reveal underlying issues, opportunities for improvement and areas for cost-saving in a manufacturing company. Once you’ve mastered using the KPIs above, you can use these advanced metrics to pull the most meaningful insights from your financial and operational data.
Defect Rate
Defect rate quantifies the number of defects per unit of output to reveal areas for operational improvement. Monitoring defect rate can help identify the timing and sources of defects, informing process adjustments and quality control measures to enhance product reliability.
Defect rate = Total Defects / Units of Output
Revenue per Full-Time Employee Equivalent (FTEE)
This manufacturing KPI calculates the revenue generated per full-time employee, offering insights into internal productivity trends and linking revenue to employee costs. Remember, this metric measures full-time equivalents, so an employee working 20 hours per week is one-half of a FTEE, while an employee working 80 hours per week counts as two FTEEs. Monitoring this metric helps inform decisions about hiring and workforce adjustments and evaluate how effectively the workforce contributes to revenue generation.
Revenue per FTEE = Total Revenue / Current Number of Full-Time Employees
Revenue per Labor Hour
This KPI provides insights into internal efficiency trends by assessing the revenue generated per labor hour. To gain a comprehensive understanding, it’s essential to examine this ratio across various time frames—such as a 12-month rolling average, monthly, weekly or quarterly intervals. Monitoring revenue per labor hour over these periods helps identify shortages or overages in labor capacity. Understanding the labor cost component of products can aid in making strategic decisions that align pricing with production costs.
Revenue per Labor Hour = Total Revenue / Total Labor Hours
Labor Cost per Full-Time Employee Equivalent
This metric helps compare labor costs across different periods or against industry benchmarks. Again, remember to calculate full-time equivalents rather than the number of actual full-time employees on payroll. This metric informs budgeting and cost control strategies and is critical for optimizing operational efficiency. By tracking this manufacturing KPI, you can ensure your labor spending aligns with financial objectives and market standards.
Labor per FTEE = Total Labor Costs / Number of FTEEs
Interpreting Your Company’s Manufacturing KPIs
Calculating KPIs is only the beginning. Once you’ve collected the data, you have to decide what to do with the information you’ve gained.
It’s important to note that different manufacturing KPIs require varying frequencies of review. Some KPIs represent a point in time and can stand on their own, while others are best reviewed over a period of time (i.e., daily, weekly or monthly) to provide a trend. So, it’s important to create a system that effectively considers timing to provide the most valuable analysis.
The process of drawing insights from the numbers can be complex, but it’s essential for driving efficiency and profitability. To access tailored, data-driven insights into your manufacturing operations for informed decision-making, reach out to your Warren Averett advisor directly or ask a member of our team to reach out to you.
