Focus on Customer Centricity: 3D Printing Promotes Greater Customization for Everyone

In the recently published ‘Enhancing customer centricity via 3D printing,’ authors Subin Im and Aric Rindfleisch explore the connection between business and 3D printing, along with the improvements such technology can offer.

Opening with a very telling quote, “Everything will change when you can make anything,” (Hornick 2015) the authors explore how organizations around the world can become more customer centric. Initially, they find that much of this difficulty is due to ‘the disparity between the goal of customer centricity versus a firm’s capability to achieve this lofty directive.’ Such marketing is meant to promote better understanding of the specific customer, rather than mass markets.

This type of marketing seems to be easier to talk about and plan for than to make a reality. To make the process easier, some businesses are focusing on bringing in progressive technology such as 3D printing. And while so far, the future is uncertain even with the addition of new software, hardware, materials—and the outcome in customization and manufacturing practices—undeniably 3D printing fits in with the overall directive in meeting the specific needs of customers.

The 3D printing ecosystem

The authors examine three types of strategies for enhancing organizations with greater customer centricity:

  • Downloading
  • Remixing
  • Uploading

The strategies emerge from:

  • Customer needs
  • Technological capabilities
  • Organizational structure

An understandable but challenging obstacle is that so many companies remain product-driven rather than solution driven for their customers.

“… firms need to shift their focus away from mass markets and toward individual customers, invest in technology to better understand customer needs, and invert their organizational structure. Although these three guidelines seem straightforward, most firms appear to confront considerable difficulty trying to put them into practice.”

Because there is such difficulty in adopting change, the authors suggest 3D printing as a potential catalyst for serving customer needs better and allowing them to be more pro-active as products are created and delivered; in fact, in some cases, customers may learn to create their own products on-demand, manufacturing in small volumes to customize for their own target base.

The benefits of 3D printing and enjoying greater speed, affordability, and latitude in customizing but also creating and editing on a moment’s notice can be staggering for those who have been mired—and limited—in conventional methods.

In a downloading system or hierarchy, a business may allow their customers to download and use 3D printable files. Companies like Shapeways have made such a process extremely viable.

Exhibits:
1. Low-Poly Pikachu by Flowalistik (https://www.thingiverse.com/thing: 376601)
2. Low-Poly Pikachu G-Code (Authors)
3. Low-Poly Trumpachu by derproberto (https://www.thingiverse.com/thing: 2152465)
4. Low-Poly Squirtle by Flowalistik (https://www.thingiverse.com/thing: 319413)
5. Low-Poly Charmander by Flowalistik (https://www.thingiverse.com/thing: 323038)

In remixing, customers are allowed access to 3D designs, often referred to as ‘open source.’ They can use templates as is or modify them for their own project preferences.

“ … a Remixing strategy is like a conjoint design that stops at the design by letting customers identify the features and levels that they would like to modify. Hence, firms can take advantage of the ease of customization to enhance their degree or customer centricity by remixing existing designs,” state the researchers.

Uploading allows customers to design in 3D and then share within their organization:

“Firms can then manufacture these designs for their customers and/or share these designs with other potential customers,” state the authors.

“Thus, firms that employ an uploading strategy leverage economies of scale to enhance their degree of customer centricity. In effect, by leveraging economies of scope, 3D printing turns firms into customers.”

Convincing businesses to make such a change is not the only challenge though! Customers must also be willing to transition to a more progressive strategy, and an active role. They must have ideas for both products and their development.

“We believe that all three of our proposed 3D printing strategies provide both marketing practitioners and scholars with intriguing alternatives to the traditional (and uncertain) approach of trying to enhance customer centricity via information technologies such as CRM,” concluded the researchers.

Many businesses are undergoing transformations today as they considering adding 3D printers to their production schedules—while others have created comprehensive additive manufacturing facilities and resources.

What do you think of this news? Let us know your thoughts! Join the discussion of this and other 3D printing topics at 3DPrintBoard.com.

Examples of downloading, remixing and uploading

[Source / Images: ‘Enhancing customer centricity via 3D printing’]

 

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3D Printing Africa: South Africa’s 3D Printing Sector

If there is one country Africa that has seriously ventured into the 3D printing sector with active participation, it is South Africa.

Since 2012, the country at the located at the bottom of the African continent has covered significant ground in developing along with the 3D printing technology. Many international renowned 3D printer manufacturers and suppliers have set up a base engaging several local South African companies in their reseller programs and through distributorship deals. There are over fifteen companies in South Africa directly involved in 3D printing services and such a number is a good one from an African perspective.

3D printed Jawbone implant

South Africa is relatively well developed when compared to other African states and this propels an appetite for advanced technology and so it has been comparatively easy for the development of a 3D printing landscape in South Africa. And they have been proud pioneers in the development and implementation of the technology. In 2014, South African doctors successfully completed jawbone replacement surgery using 3D printed titanium bones and at that time it was the second time such an exercise was done anywhere in the world.

South Africa’s Aeroswift 3D printer

On top of the previously mentioned success story, South Africa through the Council for Scientific and Industrial Research (CSIR) in partnership with Aerusud, an aviation manufacturing company have built one of the world’s biggest printers under a project dubbed Aeroswift. The printer has capability to print tiny items to large customized parts as tall as 2m. The other beauty is the use of titanium powder which lets parts be used for aerospace.

Another 3D printing development worth mentioning is the creation of South Africa’s very own 3D printer: the Robobeast. This a 3D printer made in South Africa by South Africans and a world class home grown solution, something Africa needs for true inspiration. To my understanding, the printer is considered to be a competitive machine on the market and this makes it worthwhile to mention this.

South Africa’s 3D printing ecosystem has enjoyed a thriving community of enthusiasts and designers and this has been supported by a local tech site called Hypertext which has published creation stories of 3D printed items in South Africa so as to keep abreast with the local development and activities.

From a South African industrial perspective, the availability of 3D printing services is of great importance especially when it comes to customizing spare parts and prototyping. South Africa’s manufacturing space is one of the big benefactors of the technology and it solves the supply chain issue regarding spares considering how far they are from the European Hub.

Robobeast 3D printer

The continuous application of 3D printing technology in South Africa further strengthens the growth of the market and its pretty much definite that 3D printing is and will continue to thrive in this Sub Sahara part of the world. Coming from a neighboring country to South Africa, I believe they have done extremely well and they are a true inspiration in the support and development of the technology. There is great potential from South Africa and they equally can be considered as one of the leading African nation in spearheading the advancement of 3D printing.

Job creation and entrepreneurial support is of paramount importance in Africa and 3D printing is slowly and very surely addressing this as is evident with the South Africa’s technology hub with small initiatives and start-ups emerging with a bias of 3D printing services.

The technology is there and the future is bright for South Africa. In Africa, one can currently look down south for technological solutions to technical problems.  From a funding point of view, South Africa has done well to the extent that the Government has made strides to make 3D printing a Government strategy. As they say “Proudly South African” and thumbs up to their 3D printing landscape.

GE Additive Signs MoU with University of Sydney to Drive Metal 3D Printing Adoption in Australia

This week, GE Additive announced that it has signed a major Memorandum of Understanding (MoU) with the University of Sydney, which includes a master research agreement. Per the agreement, GE Additive will support the university’s vision to create the first metal 3D printing ecosystem in Australia, and will invest a maximum of $1 million in research and development efforts annually over the next ten years to help speed up 3D printing adoption in the region and set up the necessary people and technology to drive education, commercial and economic opportunity, skills and job development, and research.

This agreement with the university is just the latest in a string of recent partnerships that GE Additive has announced in the last several months.

Debbra Rogers, Chief Commercial Officer, GE Additive, said, “We were immediately impressed by the University of Sydney’s vision for additive manufacturing – not just at an academic level, but also because they understand the positive impact this technology can have on Australia’s economy and its workforce in the very near future.

“Additive requires a completely different way of engineering and thinking. Educating and training current workforces with new skills and also getting more engineers into additive takes time and programs need to be developed over a number of years. The University of Sydney recognises this and that in order to build the right mindset, the right skills, the right materials we need to encourage close collaboration between companies, academia and governments.”

The university is actively working to provide intellectual leadership in 3D printing over the next ten years, and this new MoU reinforces its commitment to build a 1,000 square meter Additive Manufacturing and Advanced Materials Processing research facility, which will end up acting as a “focal point,” as GE Additive calls it, for the partnership.

Professor Simon Ringer, the Director of Core Research Facilities at the University of Sydney, said, “This addition to the University’s core research facilities will allow our researchers and research partners to conduct trail-blazing fundamental research, and will directly benefit Australian industry, particularly our aerospace, transport, biomedical and defence sectors.

“We are creating an environment for our researchers to explore the limits of what materials can do, how they are structured, and how to make them. Establishing a world-class capability in Darlington/ Camperdown is a key first step for our grand plans for Advanced Manufacturing in Paramatta/Westmead.”

Additionally, the university will also make an investment in current, and future, GE Additive technologies under the terms of the MoU.

The university’s Vice-Chancellor and Principal Dr Michael Spence said, “This MoU builds on the University’s world-class expertise in the disciplines essential to advanced manufacturing such as materials engineering and integrated digital systems.

“By partnering with GE Additive, an industry leader in additive manufacturing, we can set the agenda for this disruptive technology and ensure that Australia is primed to both participate in, and contribute to, this exciting next phase of the industrial revolution. The collaboration will drive the R&D needed to learn how this disruption to manufacturing can be harnessed for economic benefit. We are especially delighted that this initiative aligns with our plan to establish a new campus at Parramatta/ Westmead, where advanced manufacturing will be a key focus.”

GE Additive and the University of Sydney will also cooperate on developing new applications, as well as potentially new 3D printing industries, to drive positive economic and commercial impact. GE Additive’s funding will help expand upon the university’s current materials science and advanced manufacturing research infrastructure and capabilities by helping to increase new R&D efforts into analytics, material and powder technologies, and sensing. Both will also enjoy bilateral access to the other’s networks of academic, government, and industry stakeholders.

L-R: Debbra Rogers, chief commercial officer, GE Additive; Professor Laurent Rivory, Pro-Vice-
Chancellor (Research), University of Sydney; Christine Furstoss, chief technology officer, GE Additive; and Dr. Michael Spence, Vice-Chancellor and Principal of University of Sydney

The aforementioned master research agreement, which was agreed to within the terms of the MoU, will cover three separate areas:

  • Image processing and data analytics
  • Materials and powder technologies, such as alloy design and modification, post-processing optimization, and materials gaps in repairs
  • Sensing technologies and advanced materials characterization

This last area will build on the university’s existing experience with electron microscopy and the electron beam melting (EBM) technology developed by GE Additive company Arcam.

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[Images provided by GE Additive]