WALL THICKNESS ROI CALCULATOR
How Much Could Better Wall Thickness Control Save Your Plant?
Small reductions in pipe overweight can translate into significant annual material savings. Use your own production data to estimate your potential savings, required investment, and payback time.
EXAMPLE CALCULATION
€330,000
Potential yearly cost saving
300 tonnes
Potential material saving
6% → 3%
Overweight
Illustrative example based on 10,000 tonnes annual production
TRUSTED BY LEADING PIPE PRODUCERS WORLDWIDE
THE COST OF OVERWEIGHT
Every Extra Kilogram Comes Out of Your Margin
Producing safely within specification is essential. Producing further above specification than necessary is expensive. Across thousands of tonnes of annual pipe production, even a small percentage of overweight can represent a substantial amount of unnecessary material.
Overweight Adds Up
A few percentage points of additional material become significant when multiplied across an entire year of production.
Variation Creates Safety Margins
Process variation can force production teams to stay further away from the minimum required wall thickness.
Material Directly Affects Margin
Reducing unnecessary material consumption can immediately improve production costs and profitability.
HOW IT WORKS
Turn Your Production Data into a Business Case
In just a few steps, the calculator translates your actual production figures into an estimate of material savings, investment and payback time.
Enter Your Production Data
Enter your production hours, average output, formulation cost, maximum pipe diameter, and current overweight.
Select the Solutions
Choose which Rollepaal technologies you want to evaluate: Pipe Scanner, Automatic Temperature Centering, and the Rollepaal Gravimetric System.
Calculate Your Savings
See your potential yearly cost savings, annual material savings, estimated investment, and expected payback time.
Download Your Calculation
Download your personalized calculation as a PDF for internal evaluation and discussion.
THE NUMBERS BEHIND THE SAVING
What Can a Few Percentage Points Be Worth?
The financial impact of overweight becomes clear when small percentages are multiplied across an entire year of production.
10,000 t
Annual production
€1.10/kg
Formulation cost
6%
Current overweight
3%
Overweight after optimization
POTENTIAL ANNUAL SAVING
300 tonnes less material per year
In this example, reducing overweight from 6% to 3% on 10,000 tonnes of annual production represents approximately 300 tonnes of material and €330,000 in potential annual material savings.
CALCULATE MY OWN SAVINGSIllustrative example only. Actual savings depend on your production conditions, product mix, materials and process stability.
ONE CALCULATION. TWO PERSPECTIVES.
Different Questions. The Same Production Data.
The same calculation helps production teams identify improvement potential and gives management the financial information needed to evaluate the opportunity.
PRODUCTION & TECHNICAL LEADERS
What Could Better Wall Thickness Control Mean for Our Process?
Turn current overweight and production data into measurable improvement potential.
✓ Quantify unnecessary material consumption
✓ Compare current and expected overweight
✓ Evaluate different wall thickness control technologies
✓ Build a fact-based improvement case
MANAGEMENT & OWNERSHIP
What Could Better Wall Thickness Control Mean for Our Margins?
Translate production efficiency into financial impact and a clearer investment case.
✓ Calculate potential yearly cost savings
✓ Estimate the required investment
✓ Calculate expected payback time
✓ Support CapEx decisions with financial data
FROM MEASUREMENT TO MATERIAL SAVING
Better Control Makes Lower Overweight Possible
Reducing overweight is not about producing below specification. It is about controlling the extrusion process well enough to produce consistently closer to your target.
01 MEASURE
Pipe Scanner
Measure pipe dimensions and wall thickness during production and create the data needed to identify variation and overweight.
02 CENTER
Automatic Thermal Centering
Support more consistent wall thickness distribution by automatically correcting thermal imbalance in the die-head.
03 CONTROL
Rollepaal Gravimetric System
Control material throughput and pipe weight more accurately to keep production closer to the required target.
04 SAVE
Reduce Material Consumption
Combine better measurement and process control to reduce unnecessary overweight while continuing to produce within specification.
The calculator lets you evaluate these technologies individually or in combination and estimate what they could mean for your production economics.
Want to understand how these technologies work together?
Read how closed-loop control reduces material loss →
YOUR CALCULATION
Ready to Calculate Your Savings?
Access the Wall Thickness ROI Calculator and use your own production data to calculate your potential material savings, estimated investment and payback time.
✓ Your own production data
✓ Instant ROI calculation
✓ Downloadable PDF report
Start Your Calculation
FREQUENTLY ASKED QUESTIONS
Questions About the Wall Thickness ROI Calculator
Everything you need to know before starting your calculation.
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1. What information do I need for the calculation?
You will need a few basic production figures, including annual production hours, average output, formulation cost, maximum pipe diameter, and your current overweight.
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2. What will the calculator show me?
The calculator estimates your potential yearly cost savings, annual material savings, required investment, and expected payback time based on the production data you enter.
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3. Which Rollepaal solutions can I evaluate?
You can evaluate the potential contribution of the Pipe Scanner, Automatic Temperature Centering, and the Rollepaal Gravimetric System, individually or in combination.
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4. Can I save or share my calculation?
Yes. After completing the calculation, you can download your results as a PDF for internal evaluation or discussion with colleagues.
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5. Are the calculated savings guaranteed?
No. The calculator provides an indicative estimate based on the information you enter and highlights the potential for material and cost savings on your line. Actual savings depend on factors including product mix, materials, line configuration, process stability, and operating conditions.