Stratasys, a leading manufacturer of 3D printers, software, and materials for polymer additive manufacturing, announced its new SAF™ HighDef Printing capabilities and the launch of the H350 3D printer, Version 1.5 (V.1.5) to expand SAF adoption with new applications and use cases for a growing set of manufacturing end markets.
The improved version of Stratasys’ SAF™ technology allows for more precision and finer detail printing.
HighDef Printing capabilities
Stratasys‘ new HighDef Printing capabilities are intended to provide more precise, high-definition printing with detailed resolution. This enables firms to swiftly scale their additive manufacturing operations by ensuring repeatability, while also developing more sophisticated parts and improving their design options.
Customers in industries such as aerospace, automotive, and healthcare can use SAF thermal control to design products that demand smooth, precise features like gears and mechanisms.
“High-definition printing enables tighter tolerances, moving assemblies and a new range of applications for SAF customers. Bringing HighDef to our customers will help us expand and improve their capabilities and increase their adoption of 3D printing in manufacturing roles.”
– Adam Ellis, Corporate Applications Manager, Stratasys
Stratasys’ HighDef Printing will be delivered as a firmware upgrade, backwards compatible with prior H350 models, and offered to customers at no additional cost.
The New and Upgraded H350 3D printer
Stratasys is launching the new H350 V1.5 printer. This new printer features better sensors and remote servicing capabilities, making it easier to use and maintain. The H350 V1.5 will also include the new Stratasys HighDef Printing firmware update.
According to Torben Lange, Vice President, SAF Research & Development, Stratasys, “The new capabilities and the upgraded H350 align with the performance needs that our customers indicated to us, that will allow them to further benefit from additive manufacturing and SAF technology in particular. New applications and use cases will allow manufacturers to scale their production, with more intricate parts, without compromising speed or quality.”
