| Model | TDJX-2-52 |
| Gauge | 3G, 3.5G, 3-5-7G, 5G, 6G, 7G, 8G, 9G, 10G, 12G, 14G, 15G, 15G |
Knitting System | DoubleSystem,Single Carriage |
| Knitting Width | 44inch,52inch,60inch,80inch,100inch |
Knitting Speed | Max1.2m/s |
Knitting Function
| Tranfer, tuck, miss, jacquard, intarsia, hide or apparent shaping |
Stitch Density | Stitch system controlled by stepping motor, 32 section stitch selectableadjustable scope supported by subdivision technology: 0-650. |
Racking
| Controlled by AC servo motor, racking within 2 inches and with fine adjustiing function. |
Drive System | Synchronous belt drive, AC servo system |
| Needle Selection | Controlled by computer, electric magnet needle choose system with high efficiency. |
Yarn Carrier
| 2x8 yarn carriers on each side of 4 guide rails, shiftable on any needle position |
Take Down Roller
| Programmed instruction controlled by stepping motor, 32 section levels selection adjustable area: 0-100 |
Protection System
| The machine will automatically alarm if yarn breaking, float yarn, rewind,end of knitting, fail of racking, needle breakage and error programming occur ect. |
| Control System
| 1, Adopt LCD screen, input device: USB, system memory 256MB, a grreat amount of design files can be stored. 2, Monitoring menu, each kind of operating parameter, can be shown, andthey can be adjusted at any time when the machine is running. 3, Design system is visual and easy to understand and upgrad. 4, Multi language version, there are chinese, english etc. |
| Power
| 220v, single-phase, have memorizing function at the power-off mnoment |
Scissor & Clamp
| Including 2 scissor and 4 clamps, which individually controlled by6 motors separately, located the both of needle bed separately, further to increase the work efficiency and to reduce yarn consumption. |
| Sinker System | Assist knitting, have various results of shaping and stop. |
FAQ
Q1: What products can a double system flat knitting machine make?
A1: The machine can produce sweater panels, cardigans, pullovers, school knitwear, scarves and other flat-knitted products. The actual product range depends on the gauge, working width, yarn and knitting program.
Q2: How is the proper machine gauge determined?
A2: Gauge is determined by yarn thickness, garment weight, stitch structure and required fabric appearance. Coarser yarn normally needs a lower gauge, while finer yarn normally needs a higher gauge. Sample knitting is recommended before the machine plan is confirmed.
Q3: What information is needed for a machine proposal?
A3: Please provide the garment type, yarn material, yarn count, required gauge, panel width, pattern type, color quantity, planned output, local voltage and workshop size. Details about the comb, yarn feeders, take-down system and pattern software should also be provided.
Product Advantages
1.Double-System Carriage
Two knitting systems are arranged on one carriage. They carry out coordinated knitting functions according to the programmed garment panel and stitch structure.
2.Multiple Knitting Structures
The machine supports common sweater structures such as plain knitting, tuck, transfer, jacquard, intarsia, pointelle and cable patterns. The available functions depend on the confirmed machine plan.
3.Broad Knitwear Applications
The machine can be used for sweaters, cardigans, pullovers, school knitwear, scarves and shaped garment panels. Product size and fabric structure are controlled through the corresponding knitting program.
4.Yarn and Gauge Options
Different gauges can be matched with wool, acrylic, cotton, polyester, cashmere and blended yarns. Yarn count and garment weight should be checked before the gauge is confirmed.
5.Computerized Production Control
The control system manages stitch density, racking, yarn carriers, carriage movement and fabric take-down. Operating data and fault messages assist the operator during daily knitting.
LANGUAGE
