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Steute

Emergency pull-wire and belt alignment switches for extreme ambient conditions - product range now completed

At the Solids 2022, the steute business unit "Extreme" will be presenting an expansion - or rather doubling - of its ZS 92S/SR series. To date, these extremely robust and versatile emergency pull-wire and belt alignment switches have been "packaged" in a die-cast aluminium enclosure ideally suited to unfavourable ambient conditions thanks to multiple coatings (passivation, base coat, powder coat). Users can now alternatively opt for an enclosure which is made out of top-quality duroplastic and is anti-corrosive beyond all reasonable doubt. All screws and connecting elements are stainless steel.

Regloplas

Expansion of the REGLOPLAS jetPulse series with jetPulse 100L and flowControl - Efficient cooling of demanding die-cast components with hotspots

Demanding die-cast components, such as structural components in the automotive sector (megacastings), place special requirements on the temperature control, in particular on the cooling of so-called hotspots. The jetPulse system from REGLOPLAS offers a reliable and economical solution for cooling hotspots in a die casting die with pinpoint accuracy and reliability.

BOBST News

BOBST Inkjet Printing: A printing cluster changing label production

"Compact, reliable, connected, upgradable, green. Those would be my priorities in any technology these days". Article by Stelios Manousakis, Digital Technology Director at BOBST. And the more high-tech you go, the more these criteria have to be made a reality – indeed, they are practically inseparable from each other, and the foundation for successful and sustainable innovations.

DESKTOP METAL News

Project will develop the science and engineering of 3D printed sand-casting molds

Desktop Metal and Concurrent Technologies Corporation to Advance 3D Printed Sand-Casting Mold Technology through DLA Contract Worth a Potential $15 Million. The Defense Logistics Agency (DLA) has awarded Concurrent Technologies Corporation (CTC) a prime contract worth a potential $15 million to demonstrate the practicality of producing obsolete critical castings through 3D printed sand-casting mold technology. In addition, the project will further develop the science and technology of 3D printed sand-casting molds.

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