Revolutionizing Banking Solutions: How Diebold Nixdorf Leverages INTAMSYS 3D Printing for Innovation and Efficiency

Banking, one of the world’s oldest professions with roots stretching back to ancient Mesopotamia around 2000 BCE, has always been an industry defined by continuous evolution and the pursuit of innovation. From rudimentary coin exchanges to today’s sophisticated digital platforms, financial institutions constantly seek advancements to enhance security, efficiency, and customer experience. In this dynamic landscape, industry leaders like Diebold Nixdorf are at the forefront, embracing cutting-edge technologies to redefine their operations and product development. A significant leap in their innovative journey is the strategic integration of 3D printing into their manufacturing processes, a transformation powered notably by INTAMSYS 3D printing solutions.

Diebold Nixdorf, a prominent American multinational corporation, stands as a global leader in providing innovative banking solutions and pioneering retail technology. The company specializes in advanced banking automation, a sector crucial for modern financial services. Their extensive product portfolio includes state-of-the-art Automated Teller Machines (ATMs), secure smart safes, and versatile inquiry terminals, all designed to streamline financial transactions and interactions. Recognizing the transformative potential of additive manufacturing, Diebold Nixdorf forged a pivotal partnership in October 2020 with FPFTech (Fundação Amazônica for Support to Research and Technological Development Judge Paulo dos Anjos). This collaboration, with the invaluable support of INTAMSYS, a leading provider of high-performance 3D printing solutions, aims to embed additive manufacturing deep within Diebold Nixdorf’s production ecosystem, driving research and development for future-proof banking technologies.

The Strategic Imperative: Why Diebold Nixdorf Embraced 3D Printing

While 3D printing applications are frequently highlighted in sectors like aerospace, automotive, or medical, its integration into banking solutions might initially seem less obvious. However, for a forward-thinking company like Diebold Nixdorf, additive manufacturing has rapidly become an indispensable component of their production strategy. The decision to adopt 3D printing was a direct response to the evolving demands of product development in a highly competitive and regulated industry. Traditional manufacturing methods often entail lengthy lead times, high tooling costs, and limited flexibility for design iterations – challenges that can hinder rapid innovation.

Diebold Nixdorf proactively sought a solution that would provide greater agility and efficiency. Their strategic adoption of additive manufacturing, particularly through advanced INTAMSYS technology, has unlocked unprecedented capabilities. It has enabled the swift and precise production of both conceptual and fully functional prototypes, significantly elevating product quality and accelerating the development cycle. This transition has not only delivered superior results but also translated into substantial savings in both time and financial resources, making 3D printing an integral part of their operational excellence. Among the chosen equipment, the large build volume FFF 3D printer FUNMAT PRO 610HT from INTAMSYS plays a crucial role, offering extensive material compatibility, including high-performance filaments, essential for creating robust banking components.

Julio Pinheiro, a project supervisor at Diebold Nixdorf, articulates the fundamental shift in their approach: “The decision to use 3D printing stemmed from a critical need to inject more agility and flexibility into our product development process. It empowers us to undertake rapid prototyping of complex components, a task that previously demanded considerably more time, resources, and often significant external dependencies. Before integrating 3D printing, we heavily relied on labor-intensive machining and the construction of physical models, which, frankly, imposed significant bottlenecks on our development cycle. With 3D printing, we’ve not only drastically accelerated this process but have also achieved remarkable reductions in associated costs, allowing us to innovate faster and more economically.” This insight underscores how additive manufacturing has transformed their ability to quickly test, refine, and deploy new designs.

The Workhorse of Innovation: Selecting the INTAMSYS FUNMAT PRO 610HT

The selection of the INTAMSYS FUNMAT PRO 610HT as a cornerstone of Diebold Nixdorf’s additive manufacturing capabilities was a deliberate and strategic decision, proving it to be the true workhorse of their innovation efforts. The demands for 3D printed components within the company are consistently high, necessitating machines capable of running 24/7 without compromising on quality or precision. The FUNMAT PRO 610HT, renowned for its industrial-grade reliability and consistent performance, perfectly meets these stringent operational requirements, ensuring uninterrupted production cycles for critical banking equipment parts.

Beyond sheer endurance, the FUNMAT PRO 610HT excels in delivering superior surface finishes, even on parts with highly complex geometries. This capability is paramount for Diebold Nixdorf, as their components must not only function flawlessly but also possess refined aesthetics and tactile qualities that mimic injection-molded parts. Achieving such high-quality finishes ensures that prototypes and functional parts meet exact project specifications and maintain the brand’s premium image. Furthermore, high fidelity is a non-negotiable requirement, with tolerance levels down to tenths of a millimeter. This extreme precision guarantees that all printed parts fit together perfectly, perform as expected within sensitive banking systems, and adhere to strict engineering standards, minimizing errors and rework.

Material versatility also played a crucial role in Diebold Nixdorf’s choice. The FUNMAT PRO 610HT stood out for its exceptional ability to process a wide array of engineering-grade and high-performance filaments. Its open material system, which allows compatibility with any brand of filament rather than being restricted to proprietary cartridges, offers unparalleled flexibility. This freedom empowers Diebold Nixdorf to continually evaluate and select the optimal material for each unique project, ensuring that every component possesses the specific mechanical, thermal, and chemical properties required for its application within banking solutions. This adaptability is a significant advantage in prototyping and small-batch production where material properties can drastically impact performance.

Julio Pinheiro elaborates on their material strategy: “ABS is our material of choice most of the time for its excellent strength, durability, and ease of use in diverse applications. However, our development needs are dynamic, and we are constantly evaluating other advanced materials that can meet the specific performance requirements of each new project. This inherent flexibility is precisely where the FUNMAT PRO 610HT truly shines; it is a remarkably versatile machine that readily accepts and processes a wide range of materials, enabling us to push the boundaries of design and functionality without being constrained by limited material options.” This commitment to material exploration ensures Diebold Nixdorf can always optimize part performance.

Lastly, the FUNMAT PRO 610HT’s generous build volume of 610 x 508 x 508mm proved to be a decisive factor, allowing Diebold Nixdorf to work with an extensive range of part sizes. From small, intricate components that require extreme detail to significantly larger structural elements, the printer accommodates diverse needs. A prime example of this capability is the production of a complete front panel for an ATM, a part that effectively utilized almost the entirety of the FUNMAT PRO 610HT’s impressive printing volume. This ability to print large, integrated components minimizes the need for multi-part assembly, streamlines the manufacturing process, and ensures greater structural integrity, further enhancing the efficiency and quality of Diebold Nixdorf’s banking automation solutions.

Driving Future Innovation and Maintaining a Competitive Edge

The implementation of FFF (Fused Filament Fabrication) 3D printing has unequivocally been a resounding success for Diebold Nixdorf. This strategic adoption of additive manufacturing has not merely optimized their production workflows but has fundamentally transformed their capability to innovate at an accelerated pace. The company has explicitly noted that the enhanced production capacity and flexibility achieved through 3D printing have been instrumental in sustaining a strong competitive edge in the rapidly evolving financial technology market. By embracing this technology, Diebold Nixdorf can effectively meet tight deadlines, respond quickly to market demands, and continuously introduce cutting-edge banking solutions.

The unparalleled reliability of continuous printing, particularly with the robust INTAMSYS FUNMAT PRO 610HT, ensures that Diebold Nixdorf can maintain high throughput and consistent quality for their diverse product range. This operational efficiency translates directly into faster product development cycles, reduced costs associated with traditional prototyping and tooling, and ultimately, a quicker time-to-market for innovative ATM and banking terminal components. The successful integration of 3D printing solidifies Diebold Nixdorf’s position as a trailblazer, not only in banking automation but also in adopting advanced manufacturing techniques to drive the industry forward. To learn more about how INTAMSYS 3D printing solutions can revolutionize your operations, you can explore their offerings HERE.