Hi Precision Fleece Knitting Machine - High Production Terry Knitting Machine – Morton
Hi Precision Fleece Knitting Machine - High Production Terry Knitting Machine – Morton Detail:
MODEL | DIAMETER | GAUGE | FEEDER |
MT-TY2.0 | 30″-38″ | 16G–24G | 60F-76F |
Machine Features:
1 Suspended Wire Race Bearing Design enable the machine improving running precision and ruducing impact resistance.
At the same time, the drive energy consumption is greatly reduced.
2 Using aircraft aluminum aolly on main part of machine to improve heat dissipation performance
and reduce force deformation of the cam box.
3 One Stitch Adjustment to replace the visual error of the human eye with machining accuracy,
and the accurate scale display with the high-precision Archimedean adjustment makes the
replication process of the same cloth on different machines simple and easy.
4 Unique machine body structure design breaks through traditional thinking and improves machine stability.
5 With central stitch system, higher accuracy, simpler structure, more convenient operation.
6 New sinker plate fixing design,eliminating deformation of sinker plate.
Morton Single Terry Machine Interchange Series can be interchanged to single and three-thread fleece machine by replacing the conversion kit.
Product detail pictures:
Related Product Guide:
We goal to understand excellent disfigurement from the manufacturing and supply the top support to domestic and abroad clients wholeheartedly for Hi Precision Fleece Knitting Machine - High Production Terry Knitting Machine – Morton , The product will supply to all over the world, such as: Costa Rica, Finland, Slovenia, We have been seeking the chances to meet all the friends from both at home and abroad for the win-win cooperation. We sincerely hope to have long-term cooperation with all of you on the bases of mutual benefit and common development.
By Antonio from Bangladesh - 2018.06.18 19:26
Cooperate with you every time is very successful, very happy. Hope that we can have more cooperation!
By Sara from Singapore - 2017.01.28 19:59