Packaging is no longer just about tape and boxes. It is a critical component of product protection, customer experience, operational efficiency, and brand perception. Companies that invest in comprehensive packaging design services discover measurable improvements in product performance, shipping costs, and sales.

Yet many manufacturers are still relying on inadequate packaging. The result? Higher material costs, increased freight expenses, excess packaging waste, and inefficient production. Modern packaging engineering methods, like Dynamic Stiffness Testing and Box Performance Indicator Testing, allow companies to optimize corrugated packaging, creating stronger and more cost-effective boxes that maintain performance while improving customer satisfaction. Let’s take a closer look at how these tests can improve product sales.

Why Packaging Design Directly Impacts Product Sales

Modern packaging design services must cover every aspect of a potential product. This includes optimizing materials, testing materials, and analyzing compression. Structural engineering is also essential, as is cost reduction modeling. The goal of these critical services is to engineer packaging that delivers maximum performance while minimizing materials and costs.

Skipping packaging design services can be catastrophic to each project’s bottom line. Damaged packaging negatively impacts brand trust, product perception, and customer retention, while strong packaging increases perceived value. In addition, better packaging improves operational performance. This can lead to reduced product damage claims, lower replacement costs, and improved warehouse stacking efficiency.

It’s clear that these are services manufacturers can’t skip. Let’s explore two especially important testing services that add value to each project.

Understanding Dynamic Stiffness Testing

Dynamic Stiffness Testing measures how corrugated board responds to force, pressure, and movement under real-world conditions. This testing process evaluates material performance during various conditions, such as different compression cycles and transportation vibrations. It also evaluates packaging while handling stress and during warehouse stacking to ensure quality performance in real-world applications.

Heavier board doesn’t automatically mean stronger packaging. In fact, structural integrity depends on a number of factors, such as fiber orientation, board stiffness, compression performance, dynamic response under load, and much more. That’s why Dynamic Stiffness Testing is so important. It can support better box performance and improve sustainability. In turn, this can lower shipping costs and reduce material expenses.

At Abbott-Action Packaging, our Dynamic Stiffness Testing promotes exceptional packaging quality, measuring how well the corrugated board has been made and how much flute damage occurs during printing. Our team can evaluate how weak your corrugated packaging may be and make changes to improve performance.

What Is Box Performance Indicator (BPI) Testing?

BPI testing evaluates how a completed corrugated box performs under real-world distribution and handling conditions. It measures a wide range of factors, such as compression strength, stacking durability, and structural integrity. It also evaluates load-bearing performance to ensure each product performs accurately in various applications.

BPI testing allows packaging engineers to predict real-world performance, optimize board combinations, and ensure consistency across production runs. This process supports cost savings by improving manufacturing efficiency and identifying opportunities to reduce paper weight without compromising box integrity.

At Abbott-Action Packaging, we ensure our customers’ packaging are stronger boxes that are lightweight, cost-effective, and structurally sound.

The Business Impact of Optimized Corrugated Packaging

Packaging design services can lead to measurable financial benefits. By reducing raw material spending, you can expect lower freight charges. Better quality and performance also leads to fewer damaged shipments and improved warehouse efficiency.

Expect environmental benefits as well. With reduced packaging waste because of more efficient packaging designs, manufacturing can lead to a lower carbon footprint. By adhering to sustainability initiatives, manufacturers can strengthen brand perception, outside partnerships, and customer loyalty.

How Abbott-Action Helps Businesses Optimize Packaging Performance

Our clients at Abbott-Action Packaging value our comprehensive packaging design and testing approach. As your packaging engineering partner, we focus on optimizing performance, reducing costs, and validating designs for each project. While we don’t offer them as a standalone service, our wide range of testing services enable us to engineer optimized packaging solutions for our customers by monitoring and improving structural performance. We prioritize cost savings as well, reducing paper weight while also maintaining performance.

For companies focused on reducing costs, improving sustainability, and protecting products, advanced packaging design services are necessary. With Dynamic Stiffness Testing and Box Performance Indicator Testing from Abbott-Action Packaging, we create stronger, lighter, more sustainable, and more cost-effective packaging solutions.

Abbott-Action helps businesses optimize corrugated packaging performance and deliver stronger boxes that maintain the integrity needed for real-world distribution. If you’re ready to reduce packaging costs without sacrificing performance, connect with the team at Abbott-Action now.