5.2inch Vamp Knitting Machine

Bettn Vamp Knitting System:

   1.LCD industrial display is adopted on the screen, and USB and internet are used as transmission modes.Users can save a lot of pattern documents and use from time to time in line with the production requirements.

   2.Monitoring screen: It is able to display all kinds of working parameters and the numerical value for the knitting lines. Meanwhile, it adjusts from time to time at the moment of machine running; Therefore it can maximally operate and save time.

   3. Platemaking system and control system are researched and developed independently; The software, as the free configuration, can be upgraded conveniently.
 
   4.Multi-Language operation versions: It supports Chinese, English and other languages; Meanwhile it can set other required languages as per the customers' requirements.

   5.Support design colour code tight tuck 2, support contiguous and multi-piece knitted. Stitch can fine adjust separately and edge correction.

Carriage:
   1. In the carriage, heavy use the intelligent encoder on the basis of motorized. It can find the zero position intelligently and feedback the position information circularly (it mean when sending a command, it will go to finish the command and feedback the result ). It improved the qualification rate of knitwear greatly, customers and maintenance staff can use it conveniently;

   2.Exclusive design  can make more than 10 lines inflate design,  and doubled the stereo sensor of shoe upper;

   3. Only own the adjustable function of tuck 2.

   4.Machine adopts multi needle rail working technique by stitch cam, without slide transfer cam, it reduced needle broken.

   5. Needle trail will be coincidence when transfer yarn feed and knit yarn feed. It is not need to adjust yarn feeder's position when do half-tuck, it reduce the yarn slide probability and improved the qualification rate of knitwear.

   6,The high-quanlity batching roller system, the soft upper roller traction which is specially designed, can ensure the posotion closes to the mouth if needle plate and improve the high quality batching control on the fabrics.

   7,New type sinker control technology is not need manual adjustment . It greatly reduced the floating when yarn missed and reduced missed stitch when do transfer, thus the  qualification rate has improved greatly.

   8,Colour changing system:2*8 groups of yarn mouth configurations are equipped with two sides of four guide rails for the purpose of shifting the yarn mouth at any position of needle bed( standard configuration 2*8)

   9,Batching system:Computer programs command, stepper motor control,24 segments tension selection. It is able to select the moment of force to assist the roller for the purpose of providing effective tensile force for thick piece of clothes.


Shoe Knitting Function:
It is able to knit the basic knitting organizations (full needle,single side etc), multicolour random jacquard weave, applique(intarsia), twist knitting, pointelle and other weft knitting organizations. It is applicable for real silk, spun silk, synthetic, wool, acrylic, blended, yarn and other raw materials toknit the sweater and scarf, cap, trousers,socks and garment accessories. It is mainly used in professional 3D vamp production.
Product Specification:
Knitting system: Single head double system,single head three system
Gauge:14G
Knitting range:28,36,52 ,60,72Inch
Knitting speed:It adopts 24 segments with the maximum velocity of 1.2m/s.AC servo motor control is adopted and controlled by refined feedback control and DSP with high-speed computation capability, for the purpose of controlling the IGBT to generate precise current output.
Needle bed shifting:AC servo motor control is adopted with the needle shifting range realizing 2 inches; In the meantime, it is of precise fine tuning functions.
Yarn feed device:Positive yarn feeder and guide wheel with standard configuration has greatly reduced the resistance of yarn feeding.
Power: Single phase 220V/three phase 380V; It adopts the advanced CMOS technology to memorize and recover at the moment of a power cut.