What does a packaging machine cost? (and why that question is too simplistic)

“What does a packaging machine cost?” It’s a logical question, but in practice it’s actually too broad to answer directly. There are so many different types of machines, applications, and configurations that a single fixed price simply does not exist. Two machines that may appear similar at first glance can, in reality, differ significantly in both price and performance.

This is because packaging machines are rarely standard products. In many cases, they are tailored to a specific product, a particular packaging format, and the user’s requirements. As a result, a price on its own says very little without knowing exactly what you’re getting. For that reason, it is more useful to look at how the price of a packaging machine is built up. This not only provides more insight, but also helps you make a better investment.

What does a packaging machine cost on average?

Although there is no fixed price, in practice the investment in a packaging machine often ranges from several thousand euros for simple, used machines to tens of thousands or even over one hundred thousand euros for fully automated new lines.

This wide range immediately highlights why the question “what does a packaging machine cost?” cannot be answered without context. The final price depends heavily on factors such as capacity, level of automation, and degree of customization.

To better understand this, we discuss below—together with Maurijn and Reinier Duijndam, directors of the purchasing and sales department—the key components that make up this price.

The basics: brand, model, and segment

The price of a packaging machine starts with the brand and type of machine. Manufacturers often focus on different market segments, which is directly reflected in both price and performance. Machines in the higher segment are designed for intensive use and often need to run multiple shifts per day without issues. This requires heavier components, higher build quality, and greater long-term reliability.

In contrast, simpler machines are intended for less intensive applications. These are often more lightly built and therefore more attractively priced, but they also have limitations in capacity and durability.

The choice between these segments is therefore not purely financial, as Reinier Duijndam also notes: “It closely depends on how and how often the machine will be used.”

Options make the difference

While the base price provides an initial indication, the real difference often lies in the options and extensions. In practice, a packaging machine is almost always customized with additional functionalities to ensure it fits seamlessly into the production process.

Examples include integrations such as printing systems, labeling, automatic infeed and outfeed, or advanced control systems. While these additions may seem limited on their own, together they have a major impact on the final investment. It is not uncommon for a machine to become twice as expensive as the base version due to added options.

As Maurijn Duijndam explains: “Options often make the biggest difference. A basic machine can suddenly perfectly match a production process with the right extensions—but you’ll immediately see that reflected in the investment.”

This also explains why it is difficult to compare packaging machines purely based on price. Two machines with a similar base can perform very differently and be priced very differently due to variations in options.

Differences per type of packaging machine

In addition to brand and configuration, the type of packaging machine also plays an important role in the price. Different applications require different technologies, which is directly reflected in the investment.

For example, the price of a simple flow pack machine differs from that of a top-seal machine or a complete packaging line with automatic infeed and outfeed. Even within these categories, the differences can be significant. Factors such as speed, flexibility, and product size can cause prices within a single machine type to vary considerably.

This makes it important to look not only at the type of machine, but especially at how well it matches the intended application.

Specifications and customization

In many cases, it doesn’t stop at standard options, and customization comes into play. Packaging machines often need to be precisely aligned with specific products, packaging materials, and production conditions. These details make the difference between a machine that “works” and one that performs optimally.

As Reinier, Sales Director at Duijndam Machines, explains: “Customization is sometimes necessary to truly operate efficiently, but it’s important to realize that it affects not only the purchase price, but also the residual value.”

However, customization comes with additional costs. Developing, producing, and testing modifications takes more time and requires specialized expertise. In addition, the risk for the manufacturer is higher, as customized solutions are less frequently repeated and therefore offer fewer economies of scale. These factors are logically reflected in the price.

The role of usage and workload

An important next step in determining the right investment is to consider the intensity of use. Not every machine is designed for the same workload, and this difference directly affects both price and lifespan.

Machines that run continuously in environments with multiple shifts per day must withstand high loads and minimal downtime. This requires robust construction and high-quality components, which increases the price but also ensures reliability.

For less intensive production environments, a lighter machine may be a better choice. By aligning the machine with actual usage, you avoid investing unnecessarily in unused capacity.

Look beyond the purchase price

So far, the focus has mainly been on the purchase price, but for a complete assessment it is important to look further. The total costs over the machine’s lifespan—also known as the Total Cost of Ownership—play an equally important role.

This includes factors such as maintenance, energy consumption, downtime, and the availability of spare parts. A machine with a lower purchase price may ultimately be more expensive if it breaks down more often or operates less efficiently. Conversely, a higher investment may pay off through higher output and fewer interruptions.

At Duijndam Machines, this is always carefully considered when purchasing a used machine: “We always look beyond just the purchase price. Ultimately, it’s about what a machine costs and delivers over its entire lifespan,” says Maurijn, Purchasing Director.

What determines the value of a used machine?

When investing in a new machine is too risky or too expensive, a used packaging machine can be an interesting alternative. However, its value is determined not only by age, but mainly by technical condition, configuration, and origin.

The technical condition and maintenance history form the foundation. A well-maintained machine that has been regularly serviced and shows little wear naturally has a higher value. This includes the condition of essential components such as motors, bearings, conveyor belts, and control systems. Overhauls or replaced parts can also positively influence value, especially when well documented.

The brand also plays an important role. Machines from reputable manufacturers are often known for their reliability, availability of parts, and longer lifespan. This makes them more attractive in use and helps them retain value better than lesser-known or outdated brands.

Finally, the application and configuration of the machine are also decisive. Machines designed for common products and packaging formats are often more versatile. In contrast, highly specialized machines—for example, for a single product type or unusual size—can be less flexible, affecting how easily they can be redeployed.

Modifications and residual value

In this context, modifications and residual value also play an important role. Used machines often need to be adapted to suit a new application. For example, adjusting molds in tray sealers or modifying the forming box in flow pack machines.

Although modern machines are increasingly flexible, such modifications are often still necessary. This entails additional costs but also helps determine whether a used machine is an attractive option.

Additionally, the degree of customization affects residual value. Machines that are heavily tailored to one specific application are more difficult to sell—and therefore also to purchase. Since the price of used machines is largely determined by supply and demand, this is often reflected in their value.

Conclusion

The question “what does a packaging machine cost?” therefore has no straightforward answer. The price of a packaging machine is the result of a combination of factors, where brand, configuration, options, usage, and customization all play a role.

By looking not only at the purchase price but also at how the machine is built and used, a much more complete picture emerges. This makes it possible not only to make the right choice, but also to invest in a solution that delivers the greatest value in the long term.

Curious about the price for your situation?

Are you wondering what a packaging machine would cost for your specific situation? Since every application is different, a targeted estimate is always tailored. By looking at your product, desired capacity, and level of automation, a suitable solution can be determined—for both new and used machines.

Feel free to contact us for more information.