Healthcare Additive Manufacturing Market
Healthcare Additive Manufacturing Market - Global Industry Assessment & Forecast
Segments Covered
- By Technology Stereolithography, Deposition Modeling, Electron Beam Melting, Laser Sintering, Jetting Technology, Laminated Object Manufacturing, Other Technologies
- By Application Medical Implant, Prosthetic, Wearable Device, Tissue Engineering, Other Applications
- By Material Metal & Alloy, Polymer, Biological Cell, Other Materials
- By Region North America, Europe, Asia Pacific, Latin America, Middle East & Africa
Snapshot
Base Year: | 2022 |
Forecast Years: | 2023 - 2030 |
Historical Years: | 2017 - 2021 |
Revenue 2022: | USD 7.6 Billion |
Revenue 2030: | USD 29.5 Billion |
Revenue CAGR (2023 - 2030): | 17.2% |
Fastest Growing Region (2023 - 2030) | Asia Pacific |
Largest Region (2022): | North America |
Customization Offered
- Cross-segment Market Size and Analysis for Mentioned Segments
- Additional Company Profiles (Upto 5 With No Cost)
- Additional Countries (Apart From Mentioned Countries)
- Country/Region-specific Report
- Go To Market Strategy
- Region Specific Market Dynamics
- Region Level Market Share
- Import Export Analysis
- Production Analysis
- Others Request Customization Speak To Analyst
-
Executive Dashboard
- Strategic Imperatives
-
Premium Insights
- Top 3 Trends to Watch
- Demand and Supply Trends
- Top 3 Strategies Followed by Major Players
- Top 3 Predictions by Vantage Market Research
- Top Investment Pockets
- Insights from Primary Respondents
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Global Healthcare Additive Manufacturing Market - Segment Analysis
- Overview
- Global Healthcare Additive Manufacturing Market, 2016 - 2028 (USD Million)
-
Global Healthcare Additive Manufacturing Market - by Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
-
Global Healthcare Additive Manufacturing Market - by Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
-
Global Healthcare Additive Manufacturing Market - by Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
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Global Healthcare Additive Manufacturing Market - by region
- North America
- Europe
- Asia Pacific
- Latin America
- Middle East & Africa
- Market comparative analysis
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North America Healthcare Additive Manufacturing Market - Segment Analysis
- Overview
- North America Healthcare Additive Manufacturing Market, 2016 - 2028 (USD Million)
-
North America Healthcare Additive Manufacturing Market, by Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
-
North America Healthcare Additive Manufacturing Market, by Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
-
North America Healthcare Additive Manufacturing Market, by Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
-
North America Healthcare Additive Manufacturing Market, by Country
- U.S.
- U.S. Healthcare Additive Manufacturing Market, By Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
- U.S. Healthcare Additive Manufacturing Market, By Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
- U.S. Healthcare Additive Manufacturing Market, By Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
- U.S. Healthcare Additive Manufacturing Market, By Technology
- Canada
- Canada Healthcare Additive Manufacturing Market, By Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
- Canada Healthcare Additive Manufacturing Market, By Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
- Canada Healthcare Additive Manufacturing Market, By Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
- Canada Healthcare Additive Manufacturing Market, By Technology
- Mexico
- Mexico Healthcare Additive Manufacturing Market, By Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
- Mexico Healthcare Additive Manufacturing Market, By Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
- Mexico Healthcare Additive Manufacturing Market, By Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
- Mexico Healthcare Additive Manufacturing Market, By Technology
- U.S.
-
Europe Healthcare Additive Manufacturing Market - Segment Analysis
- Overview
- Europe Healthcare Additive Manufacturing Market, 2016 - 2028 (USD Million)
-
Europe Healthcare Additive Manufacturing Market, by Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
-
Europe Healthcare Additive Manufacturing Market, by Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
-
Europe Healthcare Additive Manufacturing Market, by Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
-
Europe Healthcare Additive Manufacturing Market, by Country
- Germany
- Germany Healthcare Additive Manufacturing Market, By Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
- Germany Healthcare Additive Manufacturing Market, By Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
- Germany Healthcare Additive Manufacturing Market, By Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
- Germany Healthcare Additive Manufacturing Market, By Technology
- UK
- UK Market, By Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
- UK Market, By Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
- UK Market, By Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
- UK Market, By Technology
- France
- France Healthcare Additive Manufacturing Market, By Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
- France Healthcare Additive Manufacturing Market, By Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
- France Healthcare Additive Manufacturing Market, By Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
- France Healthcare Additive Manufacturing Market, By Technology
- Spain
- Spain Healthcare Additive Manufacturing Market, By Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
- Spain Healthcare Additive Manufacturing Market, By Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
- Spain Healthcare Additive Manufacturing Market, By Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
- Spain Healthcare Additive Manufacturing Market, By Technology
- Italy
- Italy Healthcare Additive Manufacturing Market, By Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
- Italy Healthcare Additive Manufacturing Market, By Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
- Italy Healthcare Additive Manufacturing Market, By Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
- Italy Healthcare Additive Manufacturing Market, By Technology
- BENELUX
- BENELUX Healthcare Additive Manufacturing Market, By Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
- BENELUX Healthcare Additive Manufacturing Market, By Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
- BENELUX Healthcare Additive Manufacturing Market, By Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
- BENELUX Healthcare Additive Manufacturing Market, By Technology
- Rest of Europe
- Rest Of Europe Healthcare Additive Manufacturing Market, By Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
- Rest Of Europe Healthcare Additive Manufacturing Market, By Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
- Rest Of Europe Healthcare Additive Manufacturing Market, By Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
- Rest Of Europe Healthcare Additive Manufacturing Market, By Technology
- Germany
-
Asia Pacific Healthcare Additive Manufacturing Market - Segment Analysis
- Overview
- Asia Pacific Healthcare Additive Manufacturing Market, 2016 - 2028 (USD Million)
-
Asia Pacific Healthcare Additive Manufacturing Market, by Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
-
Asia Pacific Healthcare Additive Manufacturing Market, by Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
-
Asia Pacific Healthcare Additive Manufacturing Market, by Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
-
Asia Pacific Healthcare Additive Manufacturing Market, by Country
- China
- China Healthcare Additive Manufacturing Market, By Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
- China Healthcare Additive Manufacturing Market, By Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
- China Healthcare Additive Manufacturing Market, By Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
- China Healthcare Additive Manufacturing Market, By Technology
- Japan
- Japan Healthcare Additive Manufacturing Market, By Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
- Japan Healthcare Additive Manufacturing Market, By Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
- Japan Healthcare Additive Manufacturing Market, By Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
- Japan Healthcare Additive Manufacturing Market, By Technology
- India
- India Healthcare Additive Manufacturing Market, By Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
- India Healthcare Additive Manufacturing Market, By Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
- India Healthcare Additive Manufacturing Market, By Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
- India Healthcare Additive Manufacturing Market, By Technology
- South Korea
- South Korea Healthcare Additive Manufacturing Market, By Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
- South Korea Healthcare Additive Manufacturing Market, By Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
- South Korea Healthcare Additive Manufacturing Market, By Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
- South Korea Healthcare Additive Manufacturing Market, By Technology
- South East Asia
- South East Asia Healthcare Additive Manufacturing Market, By Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
- South East Asia Healthcare Additive Manufacturing Market, By Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
- South East Asia Healthcare Additive Manufacturing Market, By Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
- South East Asia Healthcare Additive Manufacturing Market, By Technology
- Rest of Asia Pacific
- Rest of Asia Pacific Healthcare Additive Manufacturing Market, By Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
- Rest of Asia Pacific Healthcare Additive Manufacturing Market, By Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
- Rest of Asia Pacific Healthcare Additive Manufacturing Market, By Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
- Rest of Asia Pacific Healthcare Additive Manufacturing Market, By Technology
- China
-
Latin America Healthcare Additive Manufacturing Market - Segment Analysis
- Overview
- Latin America Healthcare Additive Manufacturing Market, 2016 - 2028 (USD Million)
-
Latin America Healthcare Additive Manufacturing Market, by Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
-
Latin America Healthcare Additive Manufacturing Market, by Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
-
Latin America Healthcare Additive Manufacturing Market, by Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
-
Latin America Healthcare Additive Manufacturing Market, by Country
- Brazil
- Brazil Healthcare Additive Manufacturing Market, By Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
- Brazil Healthcare Additive Manufacturing Market, By Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
- Brazil Healthcare Additive Manufacturing Market, By Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
- Brazil Healthcare Additive Manufacturing Market, By Technology
- Argentina
- Argentina Healthcare Additive Manufacturing Market, By Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
- Argentina Healthcare Additive Manufacturing Market, By Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
- Argentina Healthcare Additive Manufacturing Market, By Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
- Argentina Healthcare Additive Manufacturing Market, By Technology
- Rest of Latin America
- Rest of Latin America Healthcare Additive Manufacturing Market, By Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
- Rest of Latin America Healthcare Additive Manufacturing Market, By Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
- Rest of Latin America Healthcare Additive Manufacturing Market, By Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
- Rest of Latin America Healthcare Additive Manufacturing Market, By Technology
- Brazil
-
Middle East & Africa Healthcare Additive Manufacturing Market - Segment Analysis
- Overview
- Middle East & Africa Healthcare Additive Manufacturing Market, 2016 - 2028 (USD Million)
-
Middle East & Africa Healthcare Additive Manufacturing Market, by Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
-
Middle East & Africa Healthcare Additive Manufacturing Market, by Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
-
Middle East & Africa Healthcare Additive Manufacturing Market, by Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
-
Middle East & Africa Healthcare Additive Manufacturing Market, by Country
- GCC Countries
- GCC Countries Healthcare Additive Manufacturing Market, By Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
- GCC Countries Healthcare Additive Manufacturing Market, By Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
- GCC Countries Healthcare Additive Manufacturing Market, By Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
- GCC Countries Healthcare Additive Manufacturing Market, By Technology
- South Africa
- South Africa Healthcare Additive Manufacturing Market, By Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
- South Africa Healthcare Additive Manufacturing Market, By Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
- South Africa Healthcare Additive Manufacturing Market, By Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
- South Africa Healthcare Additive Manufacturing Market, By Technology
- Rest of Middle East & Africa
- Rest of Middle East & Africa Healthcare Additive Manufacturing Market, By Technology
- By Stereolithography
- By Deposition Modeling
- By Electron Beam Melting
- By Laser Sintering
- By Jetting Technology
- By Laminated Object Manufacturing
- By Other Technologies
- Rest of Middle East & Africa Healthcare Additive Manufacturing Market, By Application
- By Medical Implant
- By Prosthetic
- By Wearable Device
- By Tissue Engineering
- By Other Applications
- Rest of Middle East & Africa Healthcare Additive Manufacturing Market, By Material
- By Metal & Alloy
- By Polymer
- By Biological Cell
- By Other Materials
- Rest of Middle East & Africa Healthcare Additive Manufacturing Market, By Technology
- GCC Countries
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Key Market Dynamics
- Introduction
- Market Drivers
- Market Restraints
- Market Opportunities
- Porter's Five Forces Analysis
- PEST Analysis
- Regulatory Landscape
- Technology Landscape
- Regional Market Trends
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COVID 19 Impact Analysis
- Key strategies undertaken by companies to tackle COVID-19
- Short term dynamics
- Long term dynamics
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Marketing Stratagy Analysis
- Marketing Channel
- Direct Marketing
- Indirect Marketing
- Marketing Channel Development Trends
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Competative Landscape
- Competition Matrix - 2021
- Company Market Share Analysis - 2021
- Key Company Activities, 2018 - 2021
- Strategic Developments - Heat Map Analysis
- Company Offering Evaluation
- Company Regional Presence Evaluation
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Company Profiles
- GE Additive (Sweden)
- 3D Systems Inc. (U.S.)
- EnvisionTEC (Germany)
- RegenHU (Switzerland)
- Allevi Inc. (U.S.)
- EOS GmbH (Germany)
- Materialise N.V. (Belgium)
- Stratasys Ltd. (Israel)
- Nanoscribe GmbH (Germany)
- GPI Prototype and Manufacturing Services LLC (U.S.)
- 3T Additive Manufacturing Ltd. (UK)
- Fathom (U.S.)
- General Electric (U.S.)
- Key Primary Respondents - VERBATIM
- Discussion Guide
- Customization Offered
- Annexure
- List of Figures
- List of Tables
- List of Abbreviations
FAQ
Frequently Asked Question
What is the global demand for Healthcare Additive Manufacturing in terms of revenue?
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The global Healthcare Additive Manufacturing valued at USD 7.6 Billion in 2022 and is expected to reach USD 29.5 Billion in 2030 growing at a CAGR of 17.2%.
Which are the prominent players in the market?
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The prominent players in the market are GE Additive (Sweden), 3D Systems Inc. (U.S.), EnvisionTEC (Germany), RegenHU (Switzerland), Allevi Inc. (U.S.), EOS GmbH (Germany), Materialise N.V. (Belgium), Stratasys Ltd. (Israel), Nanoscribe GmbH (Germany), GPI Prototype and Manufacturing Services LLC (U.S.), 3T Additive Manufacturing Ltd. (UK), Fathom (U.S.), General Electric (U.S.).
At what CAGR is the market projected to grow within the forecast period?
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The market is project to grow at a CAGR of 17.2% between 2023 and 2030.
What are the driving factors fueling the growth of the market.
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The driving factors of the Healthcare Additive Manufacturing include
- Demand for customized additive manufacturing
Which region accounted for the largest share in the market?
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North America was the leading regional segment of the Healthcare Additive Manufacturing in 2022.