Additive Manufacturing in Orthopedics: Markets for 3D Printed Medical Implants 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 into 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 Status and Expectations for Non-metal AM Implants

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
2.3.1.1 Competitive Dynamics – Specialists, M&A, and Commoditization
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

3.1 AM System Providers for Orthopedic Applications
3.1.1 GE Additive
3.1.2 3D Systems
3.1.3 EOS
3.2 Orthopedic Device OEMs with AM Competency
3.2.1 Exactech
3.2.2 Johnson & Johnson (DePuy Synthes)
3.2.3 Zimmer Biomet
3.2.4 Stryker
3.2.5 Lima Corporate
3.2.6 Adler Ortho
3.2.7 SI-Bone
3.2.8 4WEB Medical
3.3 Contract Manufacturers and Print Services Providers for Orthopedic Manufacturing
3.3.1 Materialise
3.3.2 Xilloc
3.3.3 Oerlikon (DiSanto Technology)
3.3.4 Eurocoating (United Coatings Group)
3.3.5 FMI Instrumed
3.3.6 Tangible Solutions

4.1 Adoption Drivers – Becoming the Technology of Orthopedic Medical Devices
4.1.1 Mounting Clinical Evidence
4.1.2 Potential for Longer Term Results
4.1.3 Reduction of Inventories
4.1.4 Product Portfolio and Brand Differentiation
4.1.5 Estimating AM Penetration into Implant Segments
4.2 Additive Hardware and Material Market Opportunities and Forecast in Orthopedics
4.2.1 Additive Implant Material Opportunities and Forecast
4.3 Commentary and Forecasts on AM Implant Market Opportunity Size and Outsourced Implant Production Opportunities
4.3.1 Opportunity for AM Implant Outsourced Production and Contract Manufacturing
4.4 Economics of Additive Implant Production

Exhibit 1-1: Overview of Additive Orthopedic Devices in 2019
Exhibit 1-2: Total Projected Market Value for Additively Manufactured Surgical Guides and Instruments, by Category, 2014-2028
Exhibit 1-3: Share of Metal Materials in Additive Orthopedics, by Metal Group,2014-2028
Exhibit 1-4: Cumulative Production Volume of Additively Manufactured Implants by Material Type, 2014-2018
Exhibit 1-5: Cumulative Production Volume of Additively Manufactured Implants by Orthopedic Application, 2014-2018
Exhibit 1-6: Cumulative Production Volume of Additively Manufactured Implants byDevice Design Profile and Material Group, 2014-2018
Exhibit 1-7: Summary of Nonmetal Additive Implants in 2019
Exhibit 2-1: Summary of Known Additively Manufactured Knee Implant Components by OEM
Exhibit 2-2: Projected Additive Knee Implant Production Volume by Design Profile, 2014-2028(e)
Exhibit 2-3: Projected Additive Hip Implant Production Volume by Design Profile, 2014-2028(e)
Exhibit 2-4: Market Share of Standard AM Hip Devices by OEM, 2019
Exhibit 2-5: Projected Additive Spine Implant Production Volume by Material Category, 2014-2028(e)
Exhibit 2-6: Projected Additive CMF Implant Production Volume by Material Category, 2014-2028(e)
Exhibit 2-7: Summary of Known Additively Manufactured Knee Implant Components by OEM
Exhibit 2-8: Projected Additive Implant Volumes in Extremities and Shoulder by Device Design, 2014-2028(e)
Exhibit 2-9: Projected Additive Implant Volumes in Patient-Specific Long Bone Osteotomies and Custom Fracture Locking Plates, by Material Group 2014-2028(e)
Exhibit 4-1: Total Estimated AM Technology Penetration by Primary Orthopedic Segment, 2018-2028(e)
Exhibit 4-2: Competitive Market Share (Unit Sales) to AM Orthopedic Industry, Metal Powder Bed Fusion Vendors 2018
Exhibit 4-3: Growth Rates for AM Orthopedic Materials, 2019-2028
Exhibit 4-4: Global Total Market Value of AM Implants by Material Category, 2014-2028(e)
Exhibit 4-5: Current and Projected Share of Additive Implant Total Market Value byDevice Segment, All Device Design Types and Material Types, 2018 vs. 2028(e)
Exhibit 4-6: Average Production Costs for AM Implants by Material Category and Design Profile, 2018-2028(e)