Leading industry analysis firm, SmarTech, just published a report on emerging metal printing opportunities for 3DP service bureaus. The new report, Metal 3D Printing Services: Service Revenues, Printer Purchases, and Materials Consumption – 2018 To 2027, contains corporate profiles (showing how leading service bureaus are taking advantage of metal printing), and granular 10-year forecasts, with break outs by industry verticals, types of metal, type of printers/3DP processes, uses and types of metals printed.
This report is the first from a new group at SmarTech which is focusing on service bureau opportunities. The SmarTech team is currently at work building a comprehensive forecasting model for service bureau revenues, printer purchases, install base, and materials consumption. This work will be based on the many studies of industry verticals for 3D printing undertaken by SmarTech over the past six years.
Metals 3DP and Service Bureaus: A Dilemma
Lawrence Gasman, President of SmarTech and author of the study, says that metal printing by service bureaus alone will generate $6.7 billion in revenues by 2023. According to Gasman, metals printing will be especially important to service bureaus. “Metals printing is more complex and harder for end-users to take ‘in house’ than polymer printing,” says Gasman, “but SmarTech’s research indicates that metal printing may be less profitable than polymer printing for bureaus. This is the paradox. From the service bureau perspective, metals printing may be where the growth is, but at the same time bureaus focusing more on metals could find their profit margins eroded.”
The new SmarTech report discusses ways around this dilemma including specialization in certain market verticals or in certain metals. However, it concludes that sustainable competitive advantage in the metals service bureau will come from two strategic approaches. One of these involves “hub networks” that distribute the responsibility for printing metals jobs booked by the hub company to many service bureaus based on geography, capacity, and technical capabilities. “Using proprietary software, hub networks can create efficiencies that can offset lower margins on printing metal products,” says Gasman. The SmarTech report also notes that making the actual metal printing part of a higher value-added offering that includes design and technical guidance will also be an important strategic route to profitable success for metal service bureau.
Medical, Dental and Metal
In addition to the usual suspects (automotive, aerospace, oil and gas), SmarTech reports that metal printing by service bureaus are expected to generate considerable revenues from the medical and dental sectors. While, much medical 3DP is polymer-based, there are important exceptions. Metal implants are mostly Ti64, commercially pure titanium or cobalt chrome alloys such as MP1.
Titanium alloys are the go-to implant material for orthopedic implants providing lightweight, biological inertness, and the ability to function as a load bearing implant. But despite the criticality of these materials, printing of these (and other) metal implants with PBF simply cannot be done in primary care environments due to requirements for safe handling of reactive materials, post-processing and post heat treatment requirements, and testing. And even though there is a general trend towards bringing medical/dental care closer to the patient, the fact that printing metals is not an easy thing to do will make this trend a slowly acting one.
This provides some advantage to metals service bureaus. “What we are seeing,” says SmarTech’s Gasman, “is that while some of the larger medical device leaders have begun investing more heavily in the internal production of additively manufactured implants, OEMs remain significantly focused on outsourcing to service bureaus in order to focus down on core competencies and R&D. However, bureaus planning to exploit this particular opportunity will have to acquire a high degree of specialization and process expertise.”
Meanwhile, in the dental sector, the equivalent of service bureau (confusingly still called milling centers), the 3D printing of metals is focused on producing metallic elements for porcelain-fused-to-metal (PFM) dental restorations and the metal hardware for dental implants (including the screw and the abutment to which the visible tooth-like portion of the implant is affixed). By 2023, SmarTech believes that over half service bureau revenues associated with metal printing will come from printing dental or medical products. Conversely, print services are expected to drive a majority share of total opportunities associated with medical and dental 3D printing in general.
3DPrint.com is an equity holder of Smartech Publishing.
You May Also Like
3D Printing News Briefs: January 16, 2020
In today’s 3D Printing News Briefs, we’ve got a little business news, followed by stories about materials, and finally ending with some 3D printed fashion. PostProcess Technologies is expanding in...
Multi-Material 3D Printing: Testing Graded Bio Inspired Composites
In the recently published ‘Fracture Behavior of Bio-Inspired Functionally Graded Soft-Hard Composites Made by Multi-Material 3D Printing: The Case of Colinear Cracks,’ researchers from Delft University of Technology (TU Delft)...
3D Printing Congress in Argentina: Novel Ideas and a Harsh Landscape Ahead
A new edition of the 3D Printing Congress in Argentina wrapped up last Thursday after two days of workshops, supplier stands and speakers talking about the challenges and solutions of...
3D Printing News Briefs: November 5, 2019
We’ve got some formnext announcements to start off today’s 3D Printing News Briefs – atum3D is introducing its newest DLP 3D printer, while Incus GmbH plans to launch its new...
View our broad assortment of in house and third party products.