Sunday 21/10/2018

Bookmark and Share
 
 
Case Studies
  PandCT RSS Case Studies feed
Pneumatics manufacturer Aventics uses additive manufacturing to produce small batches.

25 April 2018

What was once just a vision of the future has become reality in many industries: using 3D printing for series production. Aventics is now taking advantage of additive manufacturing in short runs.

A company from the beauty industry was looking for a unique solution for an application in compression therapy. “Our focus wasn’t on large batch sizes, but we wanted to bring our product ideas to market quickly. Because of the customer's specific requirements, a standard product was simply out of the question,” says Patrick Inhetveen, Senior Engineer R&D Mechanics Life Sciences. This is where 3D printing comes into play. “I look forward to my new role as COO in a highly innovative, internationally successful company,” says Andreas Ostermann von Roth.

Additive manufacturing, or 3D printing, refers to a process that uses digital 3D design data to build parts by layering materials, enabling complex geometries and function integration in the tightest of spaces. For example, instead of milling a work piece from a solid block, additive manufacturing builds the component layer for layer using metal or plastic powder. This eliminates high investment costs for tools that make the implementation of innovative ideas difficult, especially in small series. At the same time, 3D printing enables a design-controlled production process. When developing an innovative new product, its design is determined by creative thinking instead of standard production process requirements.

More custom products right off the press

“We want to solve our customers’ problems, and that also means quickly responding to their wishes,” says Inhetveen. “With additive manufacturing, we are able to do just that.” The method also lowers costs for prototype finishing, there are virtually no make-ready times at all, and parts can even be made of other materials than would be possible with conventional means of production.

“For customers that have specific requirements and need tailored solutions, it helps to be able to hold the freshly designed product in your hands as quickly as possible,” says the expert. Thanks to its freedom in design, additive manufacturing also enables the use of bionic geometries. In the pneumatics industry in particular, where the shape of air channels is key for efficiency, there is a big difference between channels produced with a streamlined print or with classic methods. “Some shapes simply cannot be produced with a milling machine, and the possibilities of functional integration are virtually unlimited,” says Inhetveen.

At the 2018 Hannover Messe, Aventics will present customer-specific solutions and its use of additive manufacturing in hall 23 at booth C39. The international industrial fair will take place from April 23 to 27, 2018, in Hanover under the banner “Integrated Industry – Connect & Collaborate”.

For more information, please contact:

AVENTICS UK
Tel:  0845 6030025
Email: sales.gb@AVENTICS.com
Web:  www.AVENTICS.co.uk
PandCT.com are not responsible for the content of submitted or externally produced articles and images.
Click here to email PandCT about any errors or omissions contained within this article.
     
Send this page
To send this page to a colleague or friend,
fill in the email addresses below...
Your email address
Their email address:
Page to be sent: shownews.asp?ID=50976

Company gateway pages
for AVENTICS Ltd:
FREE Information on the products in this article
To request more information from this supplier,
fill in your email address below.
Your email address
 
     
Bookmark and Share
Product categories: Accelerometers | Actuators | Agitators | Analysers | Bearings | Compressors | Controllers | Conveyors | Drives | Enclosures | Flowmeters | Heat Exchangers | Motors | Pumps | Relays | Sensors | Transducers | Transmitters | Valves | Weighing
(c) Copyright 1999-2018 Process and Control Today Ltd  |  Reg. no 3733110  |  Email Editor  |  Email Webmaster  |  Sitemap  |  Privacy Policy