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Home » Insights

AM Business Model Conundrum

Insights By Rajeev KulkarniOctober 10, 20245 Mins Read
AM Business Model
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3D printing and additive manufacturing (AM) possess the potential to transform various manufacturing niches and industries. The ability to create complex, customized products on demand Dramatically improves application and customer business models. Despite this promise, the industry is experiencing a growth chasm that hinders high-yield expansion. One of the main hurdles is the AM business model puzzle, which constrains the ability of industry players to scale effectively. To understand this, let’s first identify the high-level product segments.

Table of Contents

  • The Segmentation
  • Interdependence and Challenges in Scaling Independently
  • The Integration Paradox
  • Navigating the AM Business Model Conundrum
  • Conclusion

The Segmentation

The 3D printing and AM industry is broadly segmented into three primary categories: printer manufacturers, material suppliers, and software developers.

Printer Manufacturers:

Every year, new 3D printing methods and processes are introduced by hardware suppliers as manufacturing solutions. These companies rely on printer sales for market penetration and growth.

Material Suppliers:

Materials are the essential “ink” for the 3D printing process. These formulations and material forms are proprietary to material manufacturers. Developing these formulations involves highly complex R&D, catering to varying application types with diverse needs. Additionally, the safety and certification requirements of these materials are quite expensive.

Software Developers:

Software is the backbone that enables design and print optimization in 3D printing. Increasingly, software is becoming commoditized as platform solutions that span across multiple 3D printers from different manufacturers.

Interdependence and Challenges in Scaling Independently

The primary revenue source for 3D printer manufacturers is the sale of hardware. However, the demand for printers is not continuous, as businesses do not frequently replace their equipment. Additionally, new technologies and methods continually emerge, requiring significant R&D investment without guaranteed immediate returns.

Material suppliers depend on the sale of proprietary formulations essential for the 3D printing process. However, this market is highly competitive and price sensitive. Developing new materials involves substantial R&D costs, stringent safety, and certification requirements, which are expensive and time-consuming.

Software developers enable design and optimization, but the market is becoming commoditized. Customers often seek platforms that are compatible with multiple printers, reducing the opportunity for any single software provider to dominate.

Each segment is constrained by the need to work in conjunction with the other product types. For instance, a printer without compatible materials and software fails to add any value. This interdependence limits the ability of any single segment to penetrate the market deeply and independently. While companies may grow beyond the startup phase, they encounter significant scaling hurdles as without organic growth, the high investment in Go-To-Market and the high cost of continuous innovation weighs them down. 

The Integration Paradox

Integrating these segments—combining printers, materials, and software under one roof—might seem like a logical solution to leverage the full ecosystem. However, this approach introduces new challenges:

Customers prefer to have independent options for each component to choose the most suitable solution for their needs. They fear that integrated solutions could lead to controlling practices, reduced flexibility, and higher costs. This preference for independence results in a fragmented market.

Furthermore, managing supply chains for printers, materials, and software separately adds layers of complexity and cost that these companies cannot sustain. Companies must navigate logistics, quality control, and customer service for each product type, further straining profitability.

In addition to this, the 3D printing and AM industry is still evolving, and widespread market adoption is gradual. Companies must invest in educating potential customers about the benefits and applications of 3D printing, which is a long-term investment with uncertain returns. Doing so in all three areas is not practical for most of these companies. Meeting regulatory standards and obtaining necessary certifications for materials and products is both costly and time-consuming. These hurdles add to the financial burden and slow down the time-to-market for new innovations.

Navigating the AM Business Model Conundrum

To overcome this conundrum and unlock the full potential of the 3D printing and AM industry, several non-mutually exclusive strategic paths can be considered:

Collaborative Ecosystems:

Companies can form strategic alliances and partnerships that allow them to offer integrated solutions without consolidating under one roof. By collaborating, companies can provide seamless end-to-end solutions while maintaining independence. The intent would be to develop integrated workflows that customers can pick based on their application needs.

Customization and Specialization:

Focusing on niche markets and specialized applications can differentiate companies in the competitive landscape. By tailoring solutions to specific industries or use cases, companies can create higher value propositions and command premium pricing.

Open Standards:

Promoting open standards and interoperability can alleviate customer concerns about vendor lock-in. By ensuring that different components can work together seamlessly, companies can build trust and encourage broader adoption of their solutions.

Customer-Centric Innovation:

Continually engaging with customers to understand their evolving needs and challenges can drive innovation that directly addresses real-world problems. By solving specific pain points, companies can create products and services that deliver tangible value and foster long-term relationships.

Subscription Models:

Transitioning to application specific subscription-based models for both hardware and software can create a more predictable and sustainable revenue stream. For instance, offering printers and software as a service (PaaS and SaaS) can ensure continuous revenue flow and foster customer loyalty.

Conclusion

The 3D printing and additive manufacturing industry stands at a critical juncture. While technological advancements continue to push the boundaries of what is possible, the business model conundrum remains a significant barrier to growth. By adopting collaborative ecosystems, subscription models, specialized solutions, open standards, and customer-centric innovation, the industry can navigate these challenges and realize its full potential. Transforming this highly innovative industry into a broadly prosperous one requires a shift in how companies approach their business models—fostering an environment where both companies and customers can thrive.

3d printing additive manufacturing rajeev kulkarni
Rajeev Kulkarni

Rajeev Kulkarni is a distinguished entrepreneur and executive with three decades of leadership experience in 3D Printing, business strategy, innovation, and entrepreneurship. He is the Chief Strategy & Marketing Officer at Axtra3D®, where he leads strategic initiatives, revenue enhancement, and global outreach across North America, EMEA, and Asia. Rajeev also serves as the Board President at Caracol® in Milan, Italy, and as a Board Member of Ackuretta® in Taiwan, guiding them on strategic growth and corporate investment initiatives. Rajeev's journey in 3D Printing began in the early '90s with 3D Systems, where he was instrumental in inventing multiple 3D Printing platforms and advancing the industry's growth. His contributions have earned him numerous US and international patents and several "Outstanding Innovation of the Year" awards. Notably, he was part of the team that invented Invisalign and applied 3D Printing to produce hearing aids, dental prosthetics, and implants. At 3D Systems®, he led global R&D, established the desktop 3D Printer business, and managed mergers & acquisitions, successfully executing over 15 deals totaling more than $750 million. Rajeev co-founded the Inception Micro Angel Fund and the Charlotte Angels, investing in over 20 technology startups. He also serves on the North Carolina Governor’s Entrepreneurship Council and has been recognized with the "40-Under-40" award from the Charlotte Business Journal in 2009. Rajeev holds multiple bachelor’s and master’s degrees in engineering, computer science, and marketing.

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