3D printing in Dental

The 3D Printing in Dental- Handbook of all Global inventions and reccomendations is a professional and in-depth study on the current state of the 3D printing technology in Dental Industry.

The report provides overall trends in the domain of 3D printing in the Dental industry thus highlighting the technology evolution (patent filing trends), primary countries of research, major market geographies, existing collaborations and opportunities, new entrants, key patents, most active law firms, prominent inventors and important IPC classes as well as key players IP position in the domain of 3D printing.

The report focuses on detailed technology analysis of patents and applications published in the technology domain thus higlighting the focus of patents and applications relating to the production methods used in 3D printing, scanning and modelling techniques disclosed, materials used for 3D printing, applicable products being targeted and technical challenges faced.

The report also provides the complete snapshot of global Dental industry players in this technology domain which includes but is not limited to the analysis of the major players in the domain focusing on their patent filing trends, their research centers, markets of interest, technology focus, partnerships, strategies and other important parameters.

With 106 tables and figures, key insights and reccomendations the report provides key statistics on the state of the 3D printing technology in Dental Industry and is a one stop access to all global inventions, major disruptions, upcoming trends, expert recommendations and much more, thus a valuable source to guide and direct companies and individuals interested in the market to achieve sea change growth.
Introduction
3D Printing in Dental Industry
About this Report
Executive Summary
Analysis Overview
1. Overall Trends in the Technology Domain
1.1 Patent Filing Trend
1.2 Products
1.3 Countries of Research
1.4 Market Geographies
1.5 Research Countries v/s Market Geographies
1.6 Key Inventors
1.7 Major Players
1.8 New Entrants
1.9 Academic Collaboration Opportunities: Top Universities/ Institutes
1.10 Independent Inventors
1.11 Patent Prosecution Law Firms in the Domain
1.12 Top IPCs
1.13 Key Patents
1.14 Free to Use Key Patents
1.15 Collaborations in the domain
1.16 Litigations
2. Technology Analysis
2.1 Technological Evolution
2.1.1 Summary
2.1.2 Taxonomy and Patent Distribution
2.1.3 Filing Trends
2.2 Technical Challenges analysis
2.2.1 Top Technical Challenges faced
2.2.2 Notable Research Literature
2.2.3 Technical Challenges Trend
2.2.4 Technical Challenges Solved By Major Players
2.2.5 Matrix of Technical Challenges Vs Research Country
2.2.6 Matrix of Technical Challenges Vs Inventor
2.3 Products
2.3.1 Products v/s Major Players (Based on Products)
2.3.2 Products v/s Inventor
2.3.3 Products v/s Research Country
2.3.4 Products v/s Challenges
2.4 Production Methods
2.4.1 Production Methods v/s Major Players (Based on Production Method)
2.4.2 Production Methods v/s Inventors
2.4.3 Production Methods v/s Research Countries
2.4.4 Production Method v/s 3D Scanning Techniques
2.4.5 Production Method v/s Products
2.4.6 Production Method v/s Challenges
2.5 3D Scanning Techniques
2.5.1 3D Scanning Technique v/s Major Players (Based on 3D Scanning Technique)
2.5.2 3D Scanning Techniques v/s Inventor
2.5.3 3D Scanning Techniques v/s Research Country
2.5.4 3D Scanning Techniques v/s Material Used for 3D Printing
2.5.5 3D Scanning Techniques v/s Challenges
2.6 Material used for 3D Printing
2.6.1 Materials Used for 3D Printing v/s Major Players (Based on Materials Used for
3D Printing)
2.6.2 Materials Used for 3D Printing v/s Inventors
2.6.3 Materials Used for 3D Printing v/s Research Countries
2.6.4 Materials Used for 3D Printing Technology Breakdown Polymer
2.6.5 Materials Used for 3D Printing Technology Breakdown Ceramics
2.6.6 Materials Used for 3D Printing Technology Breakdown Metal
2.6.7 Materials Used for 3D Printing Technology Breakdown Metal Alloy
2.6.8 Materials Used for 3D Printing v/s Products
2.6.9 Materials Used for 3D Printing v/s Challenges
3. Major Players Analysis
3.1 Major Players Trends
3.2 Major Players Last Five Years
3.3 Major Players Products
3.4 3M
3.4.1 3M - Key Inventors with IPC
3.4.2 3M Technology Fencing
3.4.3 3M Products
3.5 Ivoclar Vivadent
3.5.1 Ivoclar Vivadent - Key Inventors with IPC
3.5.2 Ivoclar Vivadent Technology Fencing
3.5.3 Ivoclar Vivadent Products
3.6 Mitsui Chemicals
3.6.1 Mitsui Chemicals - Key Inventors with IPC
3.6.2 Mitsui Chemical Technology Fencing
3.6.3 Mitsui Chemical Products
3.7 Dentsply Sirona
3.7.1 Dentsply Sirona - Key Inventors with IPC
3.7.2 Dentsply Sirona Technology Fencing
3.7.3 Dentsply Sirona-Products
3.8 Bego Medical
3.8.1 Bego Medical - Key Inventors with IPC
3.8.2 Bego Medical Technology Fencing
3.8.3 Bego Medical Products
3.9 Align Technology
3.9.1 Align Technology - Key Inventors with IPC
3.9.2 Align Technology Technology Fencing
3.9.3 Align Technology Products
3.10 Zhejiang University of Technology
3.10.1 Zhejiang University of Technology - Key Inventors with IPC
3.10.2 Zhejiang University of Technology Technology Fencing
3.11 Shenzhen Kangtaijian Dental Instrument
3.11.1 Shenzhen Kangtaijian Dental Instrument - Key Inventors with IPC
3.11.2 Shenzhen Kangtaijian Dental Instrument Technology Fencing
3.12 Glidewell Laboratories
3.12.1 Glidewell Laboratories - Key Inventors with IPC
3.12.2 Glidewell Laboratories Technology Fencing
3.12.3 Glidewell Laboratories Products
3.13 Straumann
3.13.1 Straumann - Key Inventors with IPC
3.13.2 Straumann Technology Fencing
3.13.3 Straumann Products
3.14 3Shape
3.14.1 3Shape - Key Inventors with IPC
3.14.2 3Shape Technology Fencing
3.14.3 3Shape Products
3.15 Key Players IP Position Forward Citations
3.16 Key Players IP Position Backward Citations
3.17 Major Players Comparative Analysis R&D
3.18 Major Players Portfolio Strength Analysis
3.19 Major Players Filing Strategy
4. Authors
5. Methodology
6. Relevance Criteria
7. References
8. Disclaimer

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