Table of Contents
Chapter One: Introduction
1.1 Background and Objective
1.2. Definition and Requirements
1.2.1 Accessibility
1.2.2 Speed and Quality
1.2.3 Applicability
1.2.4 Cost
1.2.5 Summary
Chapter Two: Applications of Compact Industrial Metal 3D Printers
2.1 Applications Within the Product Lifecycle
2.1.1 Applications in the Innovation Stage
2.1.2 Applications in the Growth Stage
2.1.3 Applications in the Production Stage
2.1.4 Applications in the Decline Stage
2.2 Applications by Vertical
2.2.1 Applications within Automotive
2.2.2 Applications within Aerospace
2.2.3 Applications within Medical and Dental
2.2.4 Application within General Industrial Manufacturing
2.2.5 Application within Service Bureau
Chapter Three: Printer Technologies
3.1 Powder Bed Fusion (PBF)
3.2 Material Extrusion (ME)
3.3 Directed Energy Deposition (DED)
3.4 Summary
Chapter Four: Compact Industrial Metal Printer Manufacturers
4.1 Additec
4.2 Aurora Labs
4.3 Desktop Metal
4.4 Markforged
4.5 OR Laser / Coherent
4.6 Pollen AM
4.7 Xact Metal
4.8 Summary
4.9 Others
4.9.1 Airwolf 3D
4.9.2 Cytosurge
4.9.3 Evo-Tech
4.9.4 3d-Figo
4.9.5 InssTek
Chapter Five: The State of the Compact Industrial Metal 3D Printer Market
5.1 Metal Market Summary
5.2 Compact Industrial Metal Printers Market, Global Revenue and Market Share
5.2.1 Regional Markets
Chapter Six: Cost of Ownership
6.1 Hardware Costs
6.2 Material Costs
6.3 Post Processing Costs
Chapter Seven: Primary Developments and Obstacles to Adoption
7.1 Primary Developments During 2018 and Early 2019 Expected to Impact the Future
7.1.1 Desktop Metal Becomes the Highest Funded Private 3D Printing Company in History
7.1.2 Markforged Expands to Europe with a $82M Funding Round
7.1.3 Software and Connectivity Takes Center Stage
7.1.4 Xact Metal Makes Powder Bed Fusion More Accessible
7.2 Obstacles to Adoption
About SmarTech Analysis
About the Analyst
Acronyms and Abbreviations Used In this Report
List of Exhibits
Exhibit 1-1: Evaluation Criteria for Compact Industrial Metal Printers
Exhibit 1-2: Typical characteristics of Maker, Prosumer, compact industrial metal and High-End 3D Printing Solutions
Exhibit 1-3: Speed and Quality vs. Ease of Use for the Various Categories of Metal 3D Printers
Exhibit 1-4: Cost vs. Application/Customer-Base for the Various Categories of Metal 3D Printers
Exhibit 2-1: Applications for Compact Industrial Metal 3D Printers within Each Stage of a Product’s Lifecycle
Exhibit 2-2: Considerations for Applications by Printer Technology
Exhibit 2-3: Estimated Global Revenue for Compact Industrial Printers by Vertical Market, 2016-2027(e)
Exhibit 2-4: Estimated Global Revenue for Compact Industrial Printers by Within the Automotive Vertical by Technology, 2016-2027(e)
Exhibit 2-5: Estimated Global Revenue for Compact Industrial Printers by Within the Aerospace Vertical by Technology, 2016-2027(e)
Exhibit 2-6: Market Adoption Statistics for Metal Additively Manufactured Implants
Exhibit 2-7: Estimated Global Revenue for Compact Industrial Printers by Within the Medical/Dental Vertical by Technology, 2016-2027(e)
Exhibit 2-8: Estimated Global Revenue for Compact Industrial Printers by Within the General Engineering Vertical by Technology, 2016-2027(e)
Exhibit 2-9: Estimated Global Revenue for Compact Industrial Printers by Within Service Bureaus by Technology, 2016-2027(e)
Exhibit 3-1: Summary of Global AM Printer Revenues for Compact Industrial Metal Printers Utilizing Powder Bed Fusion (PBF), 2014 – 2027(e)
Exhibit 3-2: The BMD and ADAM processes by Markforged and Desktop Metal
Exhibit 3-3: Summary of Global AM Printer Revenues for Compact Industrial Metal Printers Utilizing Material Extrusion (ME), 2014 – 2027(e)
Exhibit 3-4: Summary of Global AM Printer Revenues for Compact Industrial metal printers utilizing Directed Energy Deposition (DED), 2014 – 2027(e)
Exhibit 3-5: Benefits and Limitations of Technologies Implemented for Compact Industrial Metal 3D Printers
Exhibit 4-1: A comparison within the Materials Extrusion (ME) Sub-Segment of Solutions
Exhibit 4-2: A Comparison within the Powder Bed Fusion (PBF) Sub-segment of Solutions
Exhibit 4-3: Summary Chart
Exhibit 5-1: Summary of Global AM Hardware Revenues, by Material Category
Exhibit 5-2: Percent of Global AM Hardware Revenues, by Material Category
Exhibit 5-3: Overall Metal AM Hardware Revenues as a Function of Technology (ME, PBF, DED)
Exhibit 5-4: Estimated Market Share, by Revenue, for Metal Additive Manufacturing Market by Printer Hardware Technology, 2019
Exhibit 5-5: Estimated Global Revenues for Compact Industrial Printer Hardware by Printer Technology, 2014-2027(e)
Exhibit 5-6: Estimated Summary of Global Compact Industrial Printer Hardware installations by Printer Technology, 2014-2027(e)
Exhibit 5-7: Estimated Global Market Share for Compact Industrial Printer Hardware by Printer Technology, 2014-2027(e)
Exhibit 5-8: Estimated Global Market Share for Compact Industrial Printer Hardware Based on Revenues by Vendor, 2019
Exhibit 5-9: Estimated Global Market Share for Compact Industrial Printer Hardware Based on Units by Vendor, 2019
Exhibit 5-10: Estimated Global Market Share for Compact Industrial Printer Hardware Based on Revenue by Region, 2019
Exhibit 5-11: Estimated Global Market share for Compact Industrial Printer Hardware Based on Revenue by Region and Technology, 2019 64
Exhibit 5-12: Estimated Global Revenue for Compact Industrial Printer Hardware by Region and Technology, 2019
Exhibit 6-1: Typical Costs for Metal Feedstock for PBF, ME and DED Compact Industrial Metal Printers
