Product details
Terry feature:
1. All needle beds apply carbon fiber material which lets machine in variable temperature and energy saving ,and ensure thestable
operation in high speed.
2. By using light but stable hollow-section magnesium alloy nmaterials for all knitting elements, to reduce the weighting load and
moment inertia of knitting elements and increase the rigidity of needlehars,to guarantee machine running more smoothly and steadily.
3. Knitting mechanism adopts computer animation simulated motion, guidebar needle uses small needle head.it optimizes knitting
curves that make knitting motion more reasonable.
4. Crankshaft connection rod system adopts computer optimization design, dynamic balance of crankshaft make noise lower and
shake lighter. It is efficient to improve service life.
5. The machine adopts EBC multispeed electronic let-off systemwhich makes it easy to operate and control. Oil tank lubrication
system for crankshaft adopts initiative pressing lubricate and oil ciroculation constant temperature control which makes operation more
stable and safe and reduces the consumption efficiently.
Easy to Operate and Energy Efficient
Equipped with EBC multi-speed electronic warp feeding for simplified operation; the crankshaft oil tank utilizes active pressurization and circulating constant-temperature lubrication, ensuring stable equipment operation while effectively reducing overall energy consumption.
Smooth Knitting
The loop-forming mechanism optimizes motion coordination through computer dynamic simulation, resulting in more rational loop formation and further improving the stability and smoothness of high-speed knitting.
Low Noise, Long Lifespan
The looping mechanism utilizes computer-aided dynamic simulation to optimize the motion curve, and the crankshaft and connecting rod are designed for dynamic balance, significantly reducing machine noise and vibration and extending equipment lifespan.
Material Upgrade
The core components, such as the needle bed, utilize large-section carbon fiber composite materials, which reduces the inertia of moving parts and lowers the power load, while also increasing the rigidity of the machine bed. This allows for high-speed and stable weaving, and also provides a wider temperature adaptation range and greater energy efficiency.
Main technical parameters
| Model | TDHKS-3/4 |
| Needle model | medium stroke comcompound groove needle |
| model | E28、E32 |
| Working width | 294"、340"、360" |
| Guide bar number | 3、4 |
| Max speed | 2200(rpm) 、2100(rpm) |
| Warp Let-off manner | EBC electronic let-off |
| Moving system | EL or Cam |
| Draw-off motion | Electronical Thicker roller |
| Automatic stop infrared device | mechanic draw -of (electronicforoption) |
| Beam spec | φ535×535mm(φ21"×21"),Φ765×535mm(φ30"×21")Φ1016×535mm(φ40"×21") |
| Cank linkage box lubrication | Inifiaie pressing lubicate and oilcicling constant temperature conto system |
| Main power | 11kw、11kw、11kw |
| Slow moving motor power | 0.75kw |
| Terry motion | medium stroke compound needle,needle core,sinker spandex device |