Additive Manufacturing: Uses in Factory and Warehouse Settings

Additive manufacturing (AM) has been a hot-button topic for years now. However, as with recent developments in the world of artificial intelligence, use cases were few and far between for some time. Now, 3D printing is picking up steam as its capabilities expand. Industrial manufacturers are also finding meaningful applications that utilize this rapidly developing technology in positive and profitable ways. 

In this resource, we will look at the latest trends and consider some of the ways additive manufacturing is already benefiting manufacturers from the factory floor to R&D, supply chains, warehouse shelves, and more.

Industrial Uses and Benefits of Additive Manufacturing

Additive manufacturing is already influencing a wide variety of industries through its cutting-edge additive creation process. Companies are 3D printing everything from dental implants to electronics, infrastructure components, consumer goods, healthcare equipment, and even spacecraft parts. 

All of these elements start in a factory and pass through the supply chain before reaching their end point of use or being integrated into larger products and services. This has made the industrial sector ground zero for the influence and effect of additive manufacturing for years. Here are some of the most important ways this revolutionary technology is already changing how we manufacture goods.

Rapid Prototyping

Prototyping is needed in nearly all product development, no matter the niche, audience, or sector. Additive manufacturing allows R&D teams to engage in rapid prototyping, which the Technology House clarifies “is the technique of fabricating a prototype model from a CAD file” and is a key end result of practical AM application. 

Benefit to manufacturers: The ability to accelerate the ideation and testing phase has a trickle-down effect on the entire manufacturing cycle. It reduces time-to-market and makes it easier to maintain a profitable total cost of ownership over time.

Customized Production

The ability to manufacture a product in minute detail following intricate designs using CAD software gives additive manufacturing a unique degree of customization. Rather than setting up a specific, static design for mass production, 3D-printed products can utilize this increased design flexibility to adjust and vary manufactured products as they are created.

Benefit to manufacturers: This empowers manufacturers to produce products at scale while simultaneously adapting to personalization requests that match individual client needs. This is critical in a world where individualism and product personalization are becoming differentiating factors that help brands stand apart.

Resource Consumption

Traditional forms of subtractive manufacturing necessarily utilize larger quantities of resources to create products. This is true, even in cutting-edge areas, such as Computer Numerical Control (CNC) machining, which allows machinists to manufacture products with precision and efficiency. Additive manufacturing builds a product through adding rather than subtracting material, leading to minimal waste.

Benefit to manufacturers: Additive manufacturing typically requires lower energy consumption during the actual production process.

Inventory Management

Before books became print on demand, publishers required commitments of thousands of copies per run to justify the time and expense. In the same way print-on-demand revolutionized traditional publishing, the ability to 3D print products and parts is changing supply chain optimization and inventory management. It is possible to print products and their key parts in smaller batches now as demand rises and falls.

Benefit to manufacturers: Print-on-demand manufacturing reduces costs, allows for localized production, and requires smaller warehousing and inventory space. It also creates supply chain flexibility, enabling faster response times to demand changes.

Additive Manufacturing Trends in 2025

While additive manufacturing is decades old, its exponential development in recent years has set off an avalanche of advancements. Here are some of the most important areas to keep an eye on as they pertain to AM. 

Multi-Material Printing Is Expanding Manufacturing Horizons

Until recently, FDM (Fused Deposition Modeling) 3D printing could only take place with one material at a time. Recent developments have pushed the boundaries by integrating multiple materials, even as they are heated and applied, layer by layer, onto a forming product. 

In May of 2024, a team from Seoul National University revealed that they had developed a new way to create material gradients using homogeneously blended materials as they pass through the heated filament of an FDM printer. The result is an increased ability to adjust factors such as electrical conductivity, mechanical strength, and even color while 3D printing. 

What to watch out for as a manufacturer: Multi-material additive manufacturing is a ground-breaking discovery that could further improve the flexible nature of 3D printing in factories and warrants further attention as it develops.

Large-Scale Printing Is Scaling Manufacturing Potential

Many additive manufacturing use studies in previous years have involved small parts and contained settings. However, researchers and innovators are already pushing these boundaries by finding ways to develop larger 3D-printed products and applications.

For example, researchers in late 2024 announced that they had used multi-material 3D printing to create a lightweight but durable automobile part. In March of 2025, AM industry news outlet VoxelMatters reported that military ship builders had installed the first 3D-printed valve manifold assembly in a ship. Researchers are also finding new ways to manage stress in large-scale additive manufacturing scenarios, which bodes well for scaled applications moving forward.

What to watch out for as a manufacturer: The ability to physically scale 3D printing opens up new frontiers in manufacturing and should be carefully followed by leaders looking to maintain cutting-edge factories.

Hybrid Printing Is Bringing Traditional and Innovative Manufacturing Together

While additive manufacturing has many advantages, there are still plenty of scenarios in which traditional approaches have distinct advantages. Hybrid manufacturing is a new model that is opening up synergistic solutions that integrate both methods. There are multiple ways this can manifest using both additive and subtractive manufacturing. For example, 3D printing and using CNC machining for precision finish work is one option. Casting bulk material and using AM for nuanced internal features is another.

Drilling equipment manufacturer Howco Group explained the advantages of this union of manufacturing options, saying, “This approach harnesses the strengths of both methods, leading to better performance, cost savings, and expanded design possibilities.” 

What to watch out for as a manufacturer: This is a hyper-practical area that deserves close attention for manufacturers seeking increased productivity and efficiency moving forward.

Additive Manufacturing on the Assembly Line

Additive manufacturing has been influencing the manufacturing sector in recent years, and its potential is just beginning to unfold. It’s important for factory leaders to understand its potential as they seek to operate more efficiently while maintaining cutting-edge capabilities and services.

If you’re part of a manufacturing leadership team looking for ways to increase efficiencies and improve product offerings, our team at EAM-Mosca would like to partner with you. Our innovative products already play an essential role in end-of-line packaging in many factories across the Americas and Europe. 

Contact us today to learn more about our strapping and stretch wrapping solutions and how they can contribute to a progressive, productive, and profitable operation.

Additive Manufacturing on the Assembly Line

Additive manufacturing has been influencing the manufacturing sector in recent years, and its potential is just beginning to unfold. It’s important for factory leaders to understand its potential as they seek to operate more efficiently while maintaining cutting-edge capabilities and services.

If you’re part of a manufacturing leadership team looking for ways to increase efficiencies and improve product offerings, our team at EAM-Mosca would like to partner with you. Our innovative products already play an essential role in end-of-line packaging in many factories across the Americas and Europe. 

Contact us today to learn more about our strapping and stretch wrapping solutions and how they can contribute to a progressive, productive, and profitable operation.