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Stratasys has launched a water-soluble help materials for its J35 Professional and J55 Prime PolyJet 3D printing methods.
The WSS150 materials has been developed to assist customers take away help materials from their prints utilizing faucet water with no further chemical substances.
Stratasys believes the launch of this materials will enable designers extra freedom by eradicating issues round how the buildings that help their complicated designs shall be eliminated additional alongside the method. It helps the ‘office-friendliness’ of Stratasys J35 Professional and J55 Prime 3D printers, and also will enable 3D printing to be extra simply built-in into workflows by eradicating the necessity for costly and cumbersome post-processing operations. Stratasys can also be assured the water-soluble materials shall be useful throughout high-volume manufacturing runs.
“We’re very impressed with the elements we printed and cleaned utilizing WSS150,” commented Christoph Dollbacher of S3D-Repro GmbH, a 3D printing service supplier positioned in Austria. “As a 3D half service supplier, eradicating the help from many printed elements usually requires hours of handbook work. Whereas beta testing the brand new help we acquired a manufacturing order for 1,000 elements, utilizing WSS150 we have been capable of concurrently clear the big amount of elements with virtually no effort and we have been capable of fulfil the order on schedule.”
“WSS has allowed our clients to extra simply undertake and combine 3D printing into their design processes and workflow and has enabled us to additional increase the in-office use and accessibility of 3D printing,” added Oren Zoran, Product Group Director for Stratasys. “Service suppliers can now manufacture and clear lots of of elements concurrently, with minimal labour and with a extra environmentally pleasant course of. The flexibility to simply take away help materials is particularly essential when engineers design complicated elements with intricate areas or when architects create designs with skinny, small-scale and simply breakable parts that might require time-intense handbook post-processing.”
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