2nd Annual MarketsandMarkets 3D Printing CRYSTAL BALL EVENT
The 3D printing market are expected to grow at over 18% to be a $30 billion market in 2025. Numerous engines are expected to fuel its growth – Digital Manufacturing, Industrial Internet of Things (IIOT)x, Industrial 3D Printing, Automated 3D Printing, 3D food Printing, 3D Mapping and Modelling, Continuous Composites, 3D Print Robots, Metamaterials, 3D Metal Printing. 3D printing has gone through a revolution over the last 5 to 10 years. Though it is a consumer-oriented technology, it has evolved into a viable industrial manufacturing solution. The market map consists of various providers in the 3D ecosystem, namely, 3D printers, software, services, and material providers, along with research institutes.
A host of attractive, high growth opportunities such as Smart Factory, Rapid Prototyping, Continuous Composite, 4D Printing, AI & Machine Learning, 3D printing in IOT/Industry 4.0 etc could be pursued. Participants such as 3D Printers Manufacturer, OEMs, Software and Service Vendors, Material and Metal Machine providers etc can benefit from this unprecedented growth over the next 5 years.This Crystal Ball event focuses on learning more about the most promising opportunities in the 3D Printing ecosystem, as seen through the lens of eminent CXOs in this space.
AI and Machine Learning to aid in growth of Digital Manufacturing
Bio printing may replace permanent organ donation in next 5 years.
“3D metal printing” is evolving to be a economically viable option
3D concrete printing to transform the construction industry
Robotics manufacturing is progressing rapidly towards 3D print robots
Home 3D printers and FabLabs might spawn a new generation of crafts
3D printing predominantly remains a prototyping tool in most industries. However, will the adoption in mainstream manufacturing result in an increase in spending from $20 bn in 2021 to $100 bn by 2025
3D printing build farms are augmenting the demand for 3D printing service bureaus. Do we think service bureaus as a business model would grow by double digits in the near future, or price disruption in desktop 3D printing will result in its widespread adoption.
ACCELERATED SHIFT FROM PROTOTYPING TO MASS MANUFACTURING WILL BE MORE THAN DOUBLE THE MARKET BY 2025
90 minutes of brainstorming among 5 great minds which will aim at bringing out a tangible action plan by discussing the question given below:
3D printing predominantly remains a prototyping tool in most industries. However, will the adoption in mainstream manufacturing result in an increase in spending from $20 bn in 2021 to $100 bn by 2025?
There is emerging evidence of AI, robotics, and virtual reality crashing into 3D printing. Will this convergence transform legacy industries to create a disruptive $20 bn by 2025?
3D printing build farms are augmenting the demand for 3D printing service bureaus. Do we think service bureaus as a business model would grow by double digits in the near future, or price disruption in desktop 3D printing will result in its widespread adoption?
In what respect will the manufacturing capabilities aided by 3D printing drive the competitive advantage? Does the integration of 3D printing within the entire product lifecycle pose a challenge?
Do the advantages of decentralization and shorter supply chains have an impact on mass customization?
Chief Scientist, 3D Systems
Senior Director, Group Technology Strategist, Autodesk, Inc
Director Sales EMEA - Photonics Group, Novanta Inc.
Vice President Industry Innovation, Dassault Systemes
AVP-Enterprise Business, MarketsandMarkets