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| contents page | news | events | advertisers’ index | contact |<br />

Industry News<br />

Additive Manufactured<br />

suction nozzles for industrial<br />

vacuums<br />

Industrial vacuum specialist Ringler GmbH, located in<br />

Waldstetten, Germany, and part of the Kärcher Group,<br />

has announced that it has begun making a range of<br />

suction nozzles by Selective Laser Sintering. The Additive<br />

Manufacturing process results in considerably faster<br />

production and enables better airflow properties inside<br />

the nozzle, the company stated.<br />

Standard nozzles are often unable to completely<br />

remove shavings and dust from increasingly complex<br />

workpieces in processing machines. Part cleaning plays<br />

an important role in the industrial production process as<br />

only clean workpieces can be further processed without<br />

faults. Until now, custom-built nozzles entailed high<br />

design engineering and manufacturing costs due to the<br />

large number of individual components.<br />

Typical construction practices involve many individual<br />

metal parts being welded into a single component. In the<br />

selective sintering laser process, nozzles are built in one<br />

piece and require no elaborate assembly design. As a<br />

result, suction nozzles can now be produced in around a<br />

quarter of the original time.<br />

Additive Manufacturing<br />

Users Group opens online<br />

registration for its 2016<br />

conference<br />

The Additive Manufacturing Users Group (AMUG) has<br />

announced that online registration is now available for<br />

its 2016 Education & Training Conference, which will be<br />

held in St. Louis, Missouri, April 3 - 7, 2016. The users<br />

group conference, now in its 28 th year, is open to owners<br />

and operators of Additive Manufacturing (3D printing)<br />

technologies.<br />

AMUG brings together engineers, designers, supervisors,<br />

plant managers and educators from around the<br />

world to share expertise, best practices, challenges, and<br />

application developments in additive manufacturing. The<br />

AMUG Conference will include technical sessions and<br />

hands-on workshops designed to help users get more<br />

from, and do more with, their systems.<br />

Through its Technical Competition and Awards<br />

Banquet, excellence in applying Additive Manufacturing<br />

and contributions to the industry will be recognised. The<br />

five-day event also includes the two-night AMUGexpo,<br />

networking receptions, student poster session and<br />

catered meals.<br />

The conference agenda is expected to contain over<br />

200 presentations and hands-on workshops.<br />

www.am-ug.com<br />

The selective sintering laser process enables the nozzles to<br />

be built in one piece instead of many individual metal parts<br />

being welded into a single component.<br />

In addition to improvements in speed and product<br />

design, airflow properties inside the nozzle have been<br />

refined to reduce loss of suction power. The new design<br />

allows for a blowout function to be integrated with a<br />

blast of air through an additional airway connected to a<br />

pressurised airline removing any adhering swarf and dust<br />

or ejecting it from recesses, after which it can easily be<br />

vacuumed up.<br />

www.ringler-gmbh.de<br />

ADDSUB ® Manufacturing<br />

ONLY BY<br />

DOING BOTH<br />

IS THE HIDDEN<br />

BEAUTY REVEALED.<br />

Star Prototype’s AddSub ® Manufacturing service<br />

seamlessly integrates additive and subtractive<br />

manufacturing techniques all under one roof.<br />

www.addsub-manufacturing.com<br />

Vol. 1 No. 3 © 2015 Inovar Communications Ltd<br />

Metal Additive Manufacturing | Autumn/Fall 2015 29

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