Asynt announce chemistry tools service
10/01/2018 Asynt Ltd
Asynt announces "Asyntise" a consultation, design and manufacture service whereby the company collaborates with scientists to create practical tools to help fulfil their research needs. These products may be in the form of one-off custom developments or, in some instances, may evolve into a commercial product suitable for a wider audience.Asyntise formalises the close link that Asynt have established with the international chemistry research community over the last 15 years, providing them access to exciting new products which meet a previously unfulfilled requirement. Drawing upon knowledge and experience across a broad range of fields including engineering of metals and plastics, scientific glass manufacture, design of laboratory reactors and high-pressure vessels, as well as electronic design and control - Asynt has helped create a growing portfolio of innovative problem-solving products. Examples of past collaborative projects are detailed on the Asynt website at http://www.asyntise.com.
Unlike when purchasing off-the-shelf systems, the "Asyntise" service allows you to create fully customised, made-to-order solutions thereby ensuring that the final product is specified for your exact requirements. With a particular expertise in reactor design, the Asynt team have the knowledge and experience to create bespoke laboratory solutions with no limit on size, shape or the materials of construction.
In circumstances where these newly created products may appeal to a wider audience, Asynt can leverage their worldwide customer base and the experience of launching products to the mass market to work with you to produce a commercially-viable finished product.
For more information, please contact:
Asynt Ltd
Unit 29, Hall Barn Industrial Estate
Isleham
Cambridgeshire CB7 5RJ
UK
Tel: +44-1638-781709
Email: enquiries@asynt.com
Web: www.asynt.com
Print this articleShare article:
Process and Control Today are not responsible for the content of submitted or externally produced articles and images. Click here to email us about any errors or omissions contained within this article.