4-Axis SCARA Robots Are Hygienically Designed

Facilitate high-speed motion and high repeatability for ultra-short cycle times

Jan 28, 2020

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Built for use in wet environments and full washdown applications, Stäubli TS2 HE SCARA 4-axis robots have smooth, rounded, and tilted surfaces to drain fluids alongside their fully enclosed, pressurized structures. They feature key elements made of stainless steel, a JCS gearbox, and a coating that covers the arm. Offering a variety of mounting options, the robots have a small footprint, cylindrical envelope, and no external cables for easy integration. They are fully compatible with an NSF H1 food-grade lubricant.

Stäubli Corporation

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'We said at the beginning, we need to replace the aluminum layer, but we said we should also avoid over-engineering when possible. So we set ourselves two separate targets. The first one was to find a barrier level which is the equivalent of metalized PET. And we're talking barrier to water vapor (WVTR) and barrier to oxygen (OTR). The equivalent of metallized PET is a barrier of less than 1 OTR, and less than 1 WVTR. We also needed a barrier which is equivalent to aluminum. So we need to have less than 0.1, OTR and less than 0.1 WVTR. And if you look at the values here, AluBond, the metallized version, has three points. And that is the equivalent of less than 0.1 OTR and WVTR, so that's your aluminum barrier. And for those who don't need that level, you can have the option of the transparent version, which here you can see as the AlOx (aluminum oxide), we've called it and that has two pluses, because that's that less than 1 OTR, and less than 1 WVTR. In our language to simplify things we call one high barrier and the other ultra-high barrier,' Alexander says.

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