Impact Assessment of 3D Printing Materials in Key Applications (Technical Insights)

Impact Assessment of 3D Printing Materials in Key Applications (Technical Insights)

Wide Choice Of Materials Facilitate Intricate Design And Customization Using 3D Printing Across Industries

RELEASE DATE
14-Dec-2014
REGION
Global
Research Code: D60B-01-00-00-00
SKU: CM01067-GL-TR_17336
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Description

Product customization and frugal solutions are driving the 3D printing technology. Experimentation with unorthodox materials can revolutionize the adoption of 3D printing, even in healthcare or automotive sectors. It is also seen that individual creativity is upsurging in consumer industry like food, jewelry, apparels and toys due to 3D printing. This technology is also changing the value chain landscape across heavy industry specifically in aerospace and other manufacturing units. Rapid Prototyping and experimentation is cutting down manufacturing time. For these industries, 3D printing is assisting in finding alternative unique solutions for lightweight component having intricate designs with different materials. This research service aims to assess the impact of varied materials in automotive, healthcare, consumer and aerospace applications.

Table of Contents

Research Scope

Research Process and Methodology

Key Findings

Key Findings—3D Printing Materials

Technology Snapshot

Technology Snapshot (continued)

Common Materials Used in 3D Printing

Factors Governing Selection of Materials

Materials—Process Mapping

Materials—Process Mapping (continued)

Materials—Process Mapping (continued)

Technology Capability—Material Properties -Polymers

Technology Capability—Material Properties –Polymers (continued)

Technology Capability—Material Properties (continued)

Technology Capability—Material Properties (continued)

Technology Capability—Manufacturing and Tooling Industry

Technology Capability—Automobile Industry

Technology Capability—Automobile Industry (continued)

Technology Capability–Aerospace and Defense Industry

Technology Capability—Aerospace and Defense Industry (continued)

Technology Capability—Biomedical Industry

Technology Capability—Consumer Sector

Impact of Technology and Business Accelerators

Impact of Technology and Business Accelerators (continued)

Impact of Technology and Business Challenges

Impact of Business Accelerators

Impact of Business Challenges

Recent Developments

IP Landscape

IP Landscape (continued)

IP Landscape (continued)

IP Landscape (continued)

Patent Analysis

Patent Analysis (continued)

Technology Roadmap of 3D Printing Materials

Technology Roadmap—Consumer & Retail

Technology Roadmap—Consumer & Retail: Explanation

Technology Roadmap—Biomedical Applications

Technology Roadmap—Biomedical Applications: Explanation

Technology Roadmap—Automotive

Technology Roadmap—Automotive: Explanation

Technology Roadmap—Aerospace & Defense

Technology Roadmap—Aerospace & Defense: Explanation

Key Patents

Key Patents (continued)

Key Patents (continued)

Key Contacts

Legal Disclaimer

Who is Frost & Sullivan

What Makes Us Unique

TEAM Methodology

Our Global Footprint 40+ Offices

Product customization and frugal solutions are driving the 3D printing technology. Experimentation with unorthodox materials can revolutionize the adoption of 3D printing, even in healthcare or automotive sectors. It is also seen that individual creativity is upsurging in consumer industry like food, jewelry, apparels and toys due to 3D printing. This technology is also changing the value chain landscape across heavy industry specifically in aerospace and other manufacturing units. Rapid Prototyping and experimentation is cutting down manufacturing time. For these industries, 3D printing is assisting in finding alternative unique solutions for lightweight component having intricate designs with different materials. This research service aims to assess the impact of varied materials in automotive, healthcare, consumer and aerospace applications.
More Information
No Index Yes
Podcast No
Author Bhavna Bhaisare
Industries Chemicals and Materials
WIP Number D60B-01-00-00-00
Is Prebook No