High Precision Circular Knitting Machine - Reverse Terry Knitting Machine – Morton
High Precision Circular Knitting Machine - Reverse Terry Knitting Machine – Morton Detail:
| MODEL | DIAMETER | GAUGE | FEEDER |
| MT-EC-RT2.0 | 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.
Product detail pictures:
Related Product Guide:
To continually enhance the management technique by virtue of your rule of "sincerely, great faith and high-quality are the base of company development", we widely absorb the essence of similar merchandise internationally, and continuously build new merchandise to meet the demands of customers for High Precision Circular Knitting Machine - Reverse Terry Knitting Machine – Morton , The product will supply to all over the world, such as: Argentina, Jamaica, Greece, we have 8 years experience of production and 5 years experience in trading with the customers all over the world. our clients mainly distributed in the North America, Africa and Eastern Europe. we can supply high quality products with the very competitive price.
The company's products can meet our diverse needs, and the price is cheap, the most important is that the quality is also very nice.




