Stratasys announced on October 6, 2021 that it has acquired all remaining shares of Xaar 3D from Xaar to speed up the company’s production level3D printingField development. Stratasys previously owned 45% of Xaar 3D. In April 2021, Stratasys launched Stratasys H350™ 3D printingMachine, this is the first to use Xaar 3D powder-based SAF™ technology3D printingsystem.
© Stratasys H350™ 3D printingmachine
Production-level output
According to Stratasys, the use of SAF technology3D printingThe machine provides cost-competitive parts with production-level output, and its production scale has reached hundreds of thousands of pieces. Since its release, the H350 printer has been successfully installed in Stratasys prototype factories and multiple test customer sites in Europe and the United States, and it is expected to achieve a wider range of applications before the end of this year. Dr. Yoav Zeif, CEO of Stratasys, said: “As additive manufacturing continues to transform all industries around the world, Stratasys is committed to providing customers with production-grade polymers.3D printingLeading supplier. The H350 printer and SAF technology are at the core of this mission and are an excellent complement to Stratasys’ existing portfolio of solutions. It provides Stratasys with a powerful platform to meet the needs of customers in different industries, such as commercial products, automobiles, consumer products, and electronic product. Customers reported to Stratasys that the stability of the technology at higher production volumes can help them grow their business and give them a significant competitive advantage. Stratasys warmly welcomes the outstanding innovation team of Xaar 3D to join the Stratasys family. “
The H series production platform printers, such as H350, are designed to achieve higher part quality, stability and reliability, ensuring customer satisfaction and high output.
© Stratasys
Using SAF technology,3D printingThe machine performs critical3D printingSteps bring a uniform thermal environment for all printed parts, and the consistency of the parts can be achieved regardless of the position of the parts in the construction room. This is a significant improvement over the traditional powder bed melting process.
Production control functions of H series printers
Through multiple on-board sensors, print data can be fully recorded for process traceability, and customers can fully control the entire process. In addition, the materials are controllable, traceable and traceable, and the print settings can be fine-tuned according to the needs of each customer.
© Stratasys
The Xaar 3D team will join Stratasys and continue to lead the development of the H series platform and SAF technology.
Ronen Cohen, General Manager of Xaar 3D, said:
“To help the existing powder bed technology make a major leap, we established Xaar 3D. Thanks to SAF technology, we are achieving this goal. We have significantly improved the thermal management system, resulting in more stable and reliable parts , And at the same time provide our customers with real production control functions. As a member of Stratasys, we will continue to rapidly promote the H series3D printingThe development of machines, while leveraging Stratasys’ global market foundation and high-quality customer relationships, allows more customers to benefit from SAF additive manufacturing technology. “
© Stratasys
Stratasys is promoting the global transition to additive manufacturing, providing innovative3D printingsolution.
Connect via smart3D printingMachines, polymer materials, software ecosystems and on-demand parts, Stratasys’ solutions bring competitive advantages at every stage of the product value chain. The world’s leading manufacturing users are seeking to collaborate with Stratasys to change product designs, bring flexibility to manufacturing and supply chains, and improve patient care.
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