Additive Manufacturing with Metal Powders 2019

Published on May 30, 2019 SKU SMP-AM-MP-0619 Categories , , Tags , ,

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Table of Contents

Chapter One: Introduction

1.1 Plan and Methodology of This Report
1.2 Technology Segmentation and Coverage of This Report
1.2.1 Metal Powder Bed Fusion Technology
1.2.2 Directed Energy Deposition Technology
1.2.3 Bound Metal Printing
1.3 Market Model Methodology
1.4 Navigation of the Accompanying Market Database

Chapter Two: Tracking Activity in the Metal Additive Manufacturing Market

2.1 Trailing Twelve Month Notable Market Activity in Metal AM
2.1.1 Mergers and Acquisitions Continue Powered by Need for Metal AM Talent, Expertise, Technology, and Competitive Pressure
2.1.2 Years of Research and Efforts in Development of Standards for Metal Additive Manufacturing Beginning to Take Shape
2.1.3 Investments, Fundraising, and Strategic AM Spend Remain High
2.2 Updates to the Competitive Landscape in Metal AM – Leading and Innovative Companies
2.2.1 Leaders and Innovators in Metal Powder Bed Fusion Hardware
2.2.2 Leaders and Innovators in Bound Metal Printing and Directed Energy Deposition Hardware
2.2.3 Leaders and Innovators in Production of Metal Powders for Additive Manufacturing
2.3 Tracking Influential Use Cases of Metal Additive Manufacturing

Chapter Three: Market Trends and Drivers in Metal Additive Manufacturing

3.1 Interfacing with the Metal AM Industry – a Survey of Key Industry Wide Trends
3.1.1 Broader Industry Battling Technical Obfuscation Due to Rapid Pace of Change
3.1.2 Metal AM Service Providers Reporting Key Trends on Customer Competency, Openness, and More
3.1.3 Spare and Aftermarket Parts via Additive Manufacturing Play Key Strategic Role in Advancing Adoption
3.2 Trends and Drivers in Metal AM Print Technologies and Processes
3.2.1 Metal Powder Bed Fusion
3.2.2 Powder Directed Energy Deposition
3.2.3 Bound Metal Printing
3.3 Trends and Drivers in Metal AM Powder Materials
3.3.1 Powder Production Mix for AM Diversifying
3.3.2 As Manufacturing Applications Expand, Powder Supply Chain Shifts in Favor of Direct Sales
3.3.3 Customer Requirements Tighten, Focus on Securing Long Term Supply to Support Manufacturing
3.3.4 Strong Demand for Customized Alloys
3.4 Projections for the Future of Metal AM
3.4.1 Powder Bed Fusion Will Dominate Industries with High Performance Material Needs
3.4.2 Bound Metal Printing Will be an Enabling Technology for Many Users by Providing Unmatched Flexibility
3.4.3 Powder Directed Energy Deposition Technologies Will Become Integrated Processes for Repair and Enhancements in High Value Applications

Chapter Four: Presentation and Discussion of Metal AM Market Data and Forecasts

4.1 Market Growth in 2018
4.2 Regional Advancements and Commentary
4.3 Examination of Segment Growth Rates
4.4 Tracking Market Opportunities Across the Metal AM Value Chain

Figures:

1.1 Total Metal AM Market Revenues by Value Chain Segment ($USM)
1.2 Total Metal AM Hardware Market Revenues by Print Technology ($USM)
1.3 Total Metal AM Hardware Market Revenues by Geography ($USM)
1.4 Total Metal AM Hardware Market Revenues by Geography ($USM)
1.5 Total Metal AM Hardware Market Unit Sales by Print Technology
1.6 Total Metal AM Hardware Market Unit Sales by Geography
1.7 Total Metal AM Hardware Market Unit Sales by Geography
1.8 Total Metal AM Hardware Market Installations by Print Technology
1.9 Total Metal AM Hardware Market Installations by Geography
1.10 Total Metal AM Hardware Market Installations by Geography
1.11 Global Metal AM Hardware Market Revenues by Market and Print Technology Split ($USM)
1.12 Global Metal AM Hardware Market Unit Sales by Market and Print Technology Split
1.13 Global Metal AM Hardware Market Installations by Market and Print Technology Split
1.14 North American Metal AM Hardware Revenues by Market ($USM)
1.15 European Metal AM Hardware Revenues by Market ($USM)
1.16 Asia Pacific Metal AM Hardware Revenues by Market ($USM)
1.17 Greater China Metal AM Hardware Revenues by Market ($USM)
1.18 Rest of World Metal AM Hardware Revenues by Market ($USM)
1.19 Average Sales Price of All Powder Based Metal AM Systems by Print Technology Family ($USD)
1.20 Average Sales Price of Metal Powder Bed Fusion Equipment by Industry ($USD)
1.21 Average Sales Price of Directed Energy Deposition Equipment by Industry ($USD)
1.22 Average Sales Price of Bound Metal Printing Equipment by Industry ($USD)*
2.1 Total Global AM Metal Powder Shipments by Region
2.2 Total Global AM Metal Powder Shipments by Market
2.3 Total Global AM Metal Powder Shipments by Metal Group
2.4 Total Global AM Metal Powder Shipments by Print Technology
2.5 Total Global AM Metal Powder Revenues by Region ($USM)
2.6 Total Global AM Metal Powder Shipments by Market
2.7 Total Global AM Metal Powder Shipments by Metal Group
2.8 Total Global AM Metal Powder Shipments by Print Technology
2.9 Total Global AM Metal Powder Shipments by Metal Type and Market
2.10 Total Global AM Metal Powder Revenues by Metal Type and Market ($USM)
2.11 Total North America Metal AM Powder Revenues by Metal Type ($USM)
2.12 Total Europe Metal AM Powder Revenues by Metal Type ($USM)
2.13 Total Asia Pacific Metal AM Powder Revenues by Metal Type ($USM)
2.14 Total Greater China Metal AM Powder Revenues by Metal Type ($USM)
2.15 Total Rest of World Metal AM Powder Revenues by Metal Type ($USM)
2.16 Total Market Average Metal AM Powder Price by Metal Type
2.17 Total Global Metal AM Powder Sales by Sales Channel ($USM)
2.18 Total Market Average Metal AM Powder Price by Metal Type, Direct Sales Channels
2.19 Total Market Average Metal AM Powder Price by Metal Type, Indirect Sales Channels
2.20 Total Global Metal AM Powder Shipments by Particle Size Distribution Range
2.21 Total Global Metal AM Powder Shipments by Primary Powder Production or Atomization Process
2.22 Total Global Metal AM Powder Shipments by Metal Type, Plasma Atomization
2.23 Total Global Metal AM Powder Shipments by Metal Type, Gas Atomization
2.24 Total Global Metal AM Powder Shipments by Metal Type, Other Atomization
3.1 Total Metal Additive Manufacturing Outsourced Production Services Revenues by Provider Type*
3.2 Total Metal Additive Manufacturing Outsourced Production Services Revenues by Industry*
3.3 Total Metal Additive Manufacturing Outsourced Production Services Revenues by Region
4.1 Total Metal Powder Bed Fusion Hardware Revenues and Unit Sales by Printer Classification ($USM and Units)
4.2 Total Metal Powder Bed Fusion Hardware Revenues and Unit Sales by Laser Type ($USM and Units)
4.3 Share of Metal Powder Material Consumption, Powder Bed Fusion Technologies by Metal Type
4.4 Hardware Market Shares by Revenue, Metal Powder Bed Fusion Technology, 2017 vs. 2018
4.5 Total Global DED Unit Sales by System Subclassification
4.6 Share of Metal Powder Material Consumption, DED Technologies by Metal Type
4.7 Hardware Market Shares by Revenue, DED Technology, 2017 vs. 2018
4.8 Total Global Bound Metal Printing Hardware Unit Sales by System Subclassification
4.9 Share of Metal Powder Material Consumption, Bound Metal Technologies by Metal Type
4.10 Hardware Market Shares by Revenue, Bound Metal Technology, 2017 vs. 2018

2018 was a year marked by highs and lows for the metal additive manufacturing market, and in this fifth edition of the popular industry report, SmarTech Analysis’ Vice President of Research Scott Dunham outlines a clear path for the future of metal additive manufacturing technologies, while highlighting trends associated with the supply chain for metal powders and individual technologies themselves. In last year’s edition, SmarTech reported it expected that 2018 and 2019 would see the market entering a period of renewed growth. During 2018, the technical pace of change and sheer volume of advancements and new products left industry stakeholders and users reeling in an attempt to understand market dynamics and determine optimal paths forward, artificially hindering growth in the largest segment of the market. SmarTech likens this temporary period to a car’s tires spinning on a wet road during a quick take-off -once traction is quickly regained, the real acceleration can begin. With three primary powder-based metal additive technology families now beginning to carve out and establish real value propositions in manufacturing, the future of path for metal AM appears to be one of diversified solutions and selective application of all processes to their proper applications. Winners in the market over the long term will be able to understand, leverage, and ultimately master all metal additive techniques to achieve a truly disruptive digital manufacturing revolution.

This report features a new two-part analysis package featuring the most expansive metal additive manufacturing market database available, with dozens of market forecast metrics covering metal AM hardware, materials, print services, and trend analysis. In addition, a written component summarizes and identified key industry drivers and trends, leading innovators in the industry, and provides the context and assumptions behind the market projections.

Clients will be able to leverage this analysis package to identify opportunities and drivers in metal AM segments across the value chain, while also measuring performance against historical and future growth data at a detailed level, and providing a roadmap for internal additive business strategies.