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Saturday, August 23, 2025

Stratasys and Shin-Etsu to Provide Silicone for Origin DLP 3D Printers – 3DPrint.com


Stratasys introduced that P3 Silicone 25A, developed and produced in collaboration with Japanese agency Shin-Etsu, has been commercially launched and is now accessible for the corporate’s Origin DLP techniques. Shin-Etsu, a $21 billion income chemical substances large, has made the high-performance materials accessible just for the Origin. The fabric comes with a flame retardancy and biocompatibility ranking, and is on the market to order in EMEA and APAC; it would come to the Americas later in 2025.

Stratasys Chief Enterprise Unit Officer, Wealthy Garrity, mentioned,

ā€œThe proliferation of additive manufacturing in manufacturing environments depends upon specialty supplies that carry out to the requirements of conventional strategies. Our collaboration with Shin-Etsu delivers exactly that. P3 Silicone 25A provides producers the pliability of additive with the trusted efficiency of true silicone—backed by repeatable outcomes and real-world knowledge.ā€

Shin-Etsu’s Makoto Ohara, the Head of Gross sales and Advertising Division S4 for Shin-Etsu Silicones Europe B.V., acknowledged,

ĀØWe’re excited and proud to be working with Stratasys, the worldwide chief in additive manufacturing, to deliver 3D printable true silicone to market and develop collectively. P3 Silicone 25A combines wonderful bodily properties and long-term reliability with detailed and exact printability. It may possibly rightly be thought of ā€˜true silicone’ in each composition and efficiency.ā€

The businesses consider that ā€œseals, gaskets, vibration dampers, wearables, and soft-touch elementsā€ would be the in-demand components made with this materials. Spectroplast, RLP, Chromatic, Carbon, Henkel, and others have been engaged on new 3D printing processes and supplies for extra sturdy elastomeric components over the previous years. The shortage of excellent elastomeric components has actually held our business again, and these developments are very optimistic ones for us.

Industrially, issues like grommets and vibration dampening have an enormous potential for 3D printing. There are quite a lot of getting older, troublesome to make, low-volume components like that. These components, on tanks, planes, boats, trains, and automobiles, age and must be changed frequently. Past this, there are quite a lot of makes use of for these kinds of components in industrial equipment, machine instruments, and manufacturing traces. Wearables would appear like an awesome software as nicely. We’ve been ready for customized wearables for some time now, however prototyping alone might maintain some enterprise. I for one suppose that vibration dampening itself may very well be a doubtlessly vital marketplace for us. Customized vibration-damping elements might actually outperform these made for a lot of different totally different makes use of. You can additionally retrofit custom-made units to many machines as nicely. Gaskets and seals are nearly omnipresent industrially, and changing them is usually a query of not having the proper half on the proper place. There are tens of hundreds of various sizes and styles of these items. Wait occasions for these components are lengthy, whereas storing them will incur prices. Somebody actually ought to make an on-demand 3D printed silicone gasket and seals service. These components are sometimes tiny, however are important for the right functioning of plenty of essential techniques. By making the proper half with out a lot in the way in which of lead time, quite a lot of downtime may very well be averted. That may very well be a really precious enterprise. Past this, industrial clients will likely be curious to see if that is one thing that they will do profitably in-house.

By working completely with Shin-Etsu, Stratasys is absolutely getting a pleasant increase right here. This validates the corporate’s Origin ecosystem and management in supplies. Shin-Etsu is trusting Stratasys’s quantity right here, and selecting this as a handy path to market. The corporate might have additionally opted for an method whereby it will have made the fabric accessible for various DLP techniques, providing it to the market extra broadly. Elastomeric supplies and their functions are anticipated to develop within the coming years, making this a strategic transfer for each events. We don’t but know what the price of the fabric is, which generally is a main inhibitor to additional development within the aforementioned elastomeric functions. I hope that will probably be comparatively low sufficient that it might pressure Formlabs, Henkel, Carbon and others to actually up their sport and make much more attractively priced supplies accessible. That is nice information for our business, and I actually hope that we are able to see continued funding in silicones and elastomers within the coming years.



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