Design and development of a novel circular warp knitting machine
conference contributionposted on 13.10.2017, 15:21 by Memis Acar, Sylvia P. Mermelstein, Michael Jackson
This paper reports the design, manufacture and test of an innovative method of producing warp knitting fabrics, using a circular disposition of the needles rather than linear needle bars. By using the novel truncated-cone needle-bed concept instead of a cylindrical one, the needles slide simultaneously in radial and vertical directions to combine the reciprocating and swinging motions into one. Initially a mechanical prototype machine was designed, built and successfully tested to prove the knitting mechanism and its interaction with the patterning rings. The second prototype has a mechatronic patterning mechanism, hence increasing the patterning capabilities significantly, and enabling changing fabric pattern change during knitting without requiring long machine stoppages and cam changes.
This work was financially supported by a Teaching Company Scheme between Loughborough University and Tritex International Limited. The authors are grateful for the financial and technical support received from the Teaching Company Directorate and Tritex International Limited.
- Mechanical, Electrical and Manufacturing Engineering