Manufacturing Virtual Event
Opening Remarks from Stratasys
Dr. Yoav Zeif, CEO of Stratasys, talks about how innovative 3D printing solutions are essential to driving greater implementation of this technology within manufacturing. Pat Carey, Sr. VP of Strategic Growth at Stratasys follows by delving deeper into four Stratasys polymer technologies. He highlights the foundational advancements associated with each technology, which offer manufacturers new tools for staying efficient and competitive in the marketplace.
Dave Thompson is a long-time advocate of additive manufacturing as an effective tool for helping Graco develop world-leading architectural coating equipment. In this discussion, Mr. Thompson highlights Graco’s use of 3D printing within manufacturing and his excitement as a beta customer for the new F123CR composite printers.
View moreWith over 30,000 components in a typical vehicle, the automotive industry represents one of the highest risks to supply chains and one of the most significant opportunities for 3D printing, especially end-use parts. With recent improvements in photopolymer materials, resolution, and throughput, many tier 1 and tier 2 automotive OEMs are validating and producing 3D printed parts for functional prototypes, pre-production vehicles and low-volume automotive parts. In this presentation, learn how the Origin One P3 technology from Stratasys and the automotive industry come together with a deep dive into ideal applications, exciting material properties and part quality available from the platform.
View moreDave Thompson is a long-time advocate of additive manufacturing as an effective tool for helping Graco develop world-leading architectural coating equipment. In this discussion, Mr. Thompson highlights Graco’s use of 3D printing within manufacturing and his excitement as a beta customer for the new F123CR composite printers.
With over 30,000 components in a typical vehicle, the automotive industry represents one of the highest risks to supply chains and one of the most significant opportunities for 3D printing, especially end-use parts. With recent improvements in photopolymer materials, resolution, and throughput, many tier 1 and tier 2 automotive OEMs are validating and producing 3D printed parts for functional prototypes, pre-production vehicles and low-volume automotive parts. In this presentation, learn how the Origin One P3 technology from Stratasys and the automotive industry come together with a deep dive into ideal applications, exciting material properties and part quality available from the platform.
Professor Neil Hopkinson is the inventor of High Speed Sintering, now known as SAF™ technology. Professor Hopkinson will discuss how companies are currently applying SAF and the H350 into their manufacturing process to achieve part volume and consistency. He will also reveal upcoming H350 materials that are planned for release this year. Jesper Damvig will provide an in-depth look at how his company, Prototal, uses PA11 polymer powder with SAF technology to create inspiring consumer facing products . He will explain why they decided to choose the H350 and the type of additive manufactured parts that Prototal is currently producing. Dr. Adam Ellis will explain how to best utilize the H350 3D printer. Based on his years of additive manufacturing expertise, Dr. Ellis will share insights into which materials are best suited for a wide range of applications.
View moreJP Velasco will highlight the advantages of 3D printing casting patterns with Neo stereolithography and how this process can reduce costs and lead times compared to traditional investment casting methods. He will be joined by Scott Nordlund from Covestro who will discuss the benefits of the investment casting resin, Somos® WaterShed AF, and why the resin is perfectly matched with Neo stereolithography 3D printers. Scott Nordlund from polymer innovators Covestro will discuss the benefits of Somos® WaterShed AF, a resin that meets the needs for 3D printing investment casting patterns. Mr. Nordlund, along with JP Velasco, will discuss the latest developments on how stereolithography 3D printing is transforming the investment casting process, driving efficiencies and productivity. Spencer Robertson will be hosting the Specialized Tooling and Investment Castings with Neo stereolithography breakout room. Mr Robertson will be sharing insight on why the Neo is an option for production applications such as carbon fibre layup, sacrificial mold tooling and investment casting patterns.
View moreProfessor Neil Hopkinson is the inventor of High Speed Sintering, now known as SAF™ technology. Professor Hopkinson will discuss how companies are currently applying SAF and the H350 into their manufacturing process to achieve part volume and consistency. He will also reveal upcoming H350 materials that are planned for release this year. Jesper Damvig will provide an in-depth look at how his company, Prototal, uses PA11 polymer powder with SAF technology to create inspiring consumer facing products . He will explain why they decided to choose the H350 and the type of additive manufactured parts that Prototal is currently producing. Dr. Adam Ellis will explain how to best utilize the H350 3D printer. Based on his years of additive manufacturing expertise, Dr. Ellis will share insights into which materials are best suited for a wide range of applications.
JP Velasco will highlight the advantages of 3D printing casting patterns with Neo stereolithography and how this process can reduce costs and lead times compared to traditional investment casting methods. He will be joined by Scott Nordlund from Covestro who will discuss the benefits of the investment casting resin, Somos® WaterShed AF, and why the resin is perfectly matched with Neo stereolithography 3D printers. Scott Nordlund from polymer innovators Covestro will discuss the benefits of Somos® WaterShed AF, a resin that meets the needs for 3D printing investment casting patterns. Mr. Nordlund, along with JP Velasco, will discuss the latest developments on how stereolithography 3D printing is transforming the investment casting process, driving efficiencies and productivity. Spencer Robertson will be hosting the Specialized Tooling and Investment Castings with Neo stereolithography breakout room. Mr Robertson will be sharing insight on why the Neo is an option for production applications such as carbon fibre layup, sacrificial mold tooling and investment casting patterns.
Arrow McLaren SP relies on additive manufacturing to help maintain its winning edge. Listen as designers Robert Gue and Kenny Krajnik elaborate on the 3D printing applications and high-strength materials they use to keep the Arrow McLaren SP team competitive.
View moreIn this session, Steve Fournier provides a brief but thorough overview of the company’s use of additive manufacturing. In addition, he offers insights and essential considerations for other manufacturers when evaluating and deploying the technology.
View moreArrow McLaren SP relies on additive manufacturing to help maintain its winning edge. Listen as designers Robert Gue and Kenny Krajnik elaborate on the 3D printing applications and high-strength materials they use to keep the Arrow McLaren SP team competitive.
In this session, Steve Fournier provides a brief but thorough overview of the company’s use of additive manufacturing. In addition, he offers insights and essential considerations for other manufacturers when evaluating and deploying the technology.
