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Additive Manufacturing In Orthopedics: Markets for 3D Printed Medical Implants 2019


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Published on Sep 05, 2019 SKU SMP-AM-AO-0919 Category Tags ,
Table of Contents

Provisional ToC

Chapter One: Status of the Additive Orthopedics Market in 2019
1.1 Market Status in 2019 – Business Cases Continue to Build
1.1.1 Orthopedic OEMs Make Acquisitions, Investments to Grow AM Capabilities
1.1.2 Contract Manufacturers Conservatively Growing Additive Competencies, Face Challenges
1.2 Trends Shaping the Additive Orthopedics Market in 2019
1.2.1 Additively Manufactured Instrumentation and Surgical Guides Provide Full Spectrum of Value in AM Orthopedics
1.2.2 New Metals for Additive Orthopedic Applications – Will They Gain Traction?
1.2.3 Additive Equipment and Solutions Companies Must Step in to Aid Customer Implementations
1.3 Current Segmentation of the Additive Orthopedics Market
1.3.1 Market Segment by Material of Devices
1.3.2 Market Segment by Type of Device
1.3.3 Market Segment by Device Design
1.4 Regulatory Progress and Advancements in 2019
1.5 Additive Technology Adoption for Implant Manufacturing by Process Type

Chapter Two: Assessing Advancements in Orthopedic Care via Additive Technologies
2.1 AM Knee Device Market
2.1.1 Competitive Structuring of Additive Ortho in Knee Replacement Implants
2.1.2 Future Market Dynamics in the Additive Knee Segment – Patient Specific Implants, New Materials, Surgical Guides
2.2 AM Hip Device Market
2.2.1 Ongoing Debates in Additive Manufacturing’s Clinical Effectiveness in Hip Arthroplasty
2.2.2 Competitive Structuring of Additive Ortho in Hip Replacements
2.2.3 Additive Materials for Hip Implants and Choice of Production Method
2.3 AM Spine Device Market
2.3.1 Competitive Structuring of Additive Ortho in Spine Markets
2.3.2 Spinal Implant Production Growth and Method
2.4 AM Cranial Maxillofacial Device Market
2.4.1 The Future of the AM CMF Segment
2.5 AM Extremity and Shoulder Device Market
2.5.1 Competitive Structure of the Additive Extremity and Shoulder Markets
2.6 Market for Other Types of Trauma AM Devices
2.6.1 Long Bone Osteotomy Implants
2.6.2 Fracture Locking Plates

Chapter Three: Competitive Landscape of the Additive Orthopedic Market
3.1 AM System Providers for Orthopedic Applications
3.2 Orthopedic Device OEMs with AM Competency
-Johnson & Johnson (DePuy Synthes)
-Zimmer Biomet
-Lima Corporate
-Adler Ortho
-4WEB Medical

3.3 Contract Manufacturers and Print Services Providers for Orthopedic Manufacturing
-Oerlikon (DiSanto Technology)
-Eurocoating (United Coatings Group)
-FMI Instrumed
-Tangible Solutions

Chapter Four: Examining the Future of Additive Orthopedics – Predictions, Forecasts, and Development Scenarios
4.1 Adoption Drivers – Becoming the Technology of Orthopedic Medical Devices
4.2 Regional Market Perspectives – Europe, North America, Asia, and Rest of World

Data Coverage

Additive hardware coverage – shipments, installations, and revenues from the sale of AM systems to the orthopedic implant sector by print technology family on an annual basis 2014-2028 (including by region)

Additive materials coverage – consumption and shipments of various additive manufacturing material types and sub-types to the orthopedic implant sector on an annual basis 2014-2028 (including by region)

Additive implants volumes and market values – production volume and market valuation of various additive implants by type (knee, spine, hip, etc), design profile (standard vs. patient specific), and material type (metal vs. nonmetal/polymer), including by region

Additive manufacturing production services for implant manufacturing – market opportunity sizing for outsourced production of additively manufactured implants by service providers/contract manufacturers by type of device and device material, including by region

This new report on additive manufacturing in orthopedics helps stakeholders make informed decisions during a critical period in additive manufacturing’s development as a medical technology.  This report is the first fully featured study of the market for additive manufacturing in orthopedics produced by SmarTech Analysis and the most detailed analysis available for the one of AM’s key driving segments. The report provides detailed insights by sub-segment in the current additive orthopedic world, while also providing future projections for the industry as a whole as it navigates trends like increasing interest from device OEMs wanting more control over their manufacturing supply chain, changing regulatory scenarios, and commoditization of existing orthopedic solutions.

This report features a written analysis and an accompanying data set of market tracking and forecast data, and is the ideal resource for stakeholders in medical implants ranging from device OEMs, to contract manufacturers and service providers exploring AM’s possibilities, to AM solutions companies wanting detailed insights in one of the industry’s biggest group of adopters.

This and other medical topics will be addressed at the 2020 Additive Manufacturing Strategies conference taking place in February 2020 in Boston MA.   This must-attend Summit and Exhibition will be back in February 2020 for its third year, with a new conference track covering metals, as well its established coverage of medical/dental 3DP. As usual, the conference offers over 30 expert speakers, with this year’s focus being on end-user experiences, as well as the vendor, materials company and regulatory perspectives. As always with AMS, attendees will learn the most effective procedures and business opportunities in the critical sectors of 3D printing on which AMS 2020 is focused.

The AMS 2020 Exhibition will give attendees the opportunity to see the latest 3D printing products for metals printing and 3D printing in the medical/dental space, as well as the ability to network with other attendees to exchange experiences and conduct business.