Fully Computerized Single Cylinder Stockings Knitting

Name: Fully Computerized Single Cylinder Stockings Knitting
SKU: 10270702

Model GD-04MJ Sock Knitting Machinery Zhejiang,China(Mainland) Ref 10270702

Price on request

Pricing is provided on request — use the quote form below.

Port: Shanghai,Ningbo
Minimum Order Quantity: ALL
Supply Ability: According to the order.
Payment Terms: L/C,T/T

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Key features

Diameter 4·Gauge 32G·Needle number 400 needles·Knitting system 4 feeds·Power 2.3KW

Specifications

Place of Origin	Zhejiang China (Mainland)	Model Number	GD-04MJ
Color	Blue	Product Type	Stockings
Computerized	Yes	Details	Diameter 4 · Gauge 32G · Needle number 400 needles · Knitting system 4 feeds · Power 2.3KW

Packaging & delivery

Packaging Detail	For a long journey, our company always use wooden packaging machines, and use screws machine 4 feet, making the machine minimize the degree. Our company adopts two points of the container, 20 feet and 40 feet. 20 feet can hold 12 machines, 40 feet can pack 34 machines.
Delivery Detail	20-25 Days.

Product description

“Jinhao” brand GD04MJ type stockings machine is controlled by a computer system with a single cylinder four-woven plain weave silk stockings machine. It adopts an independent exhaust fan or central exhaust system fabric stretch, the machine is equipped with torsion device.

Waist belt: The waist belt rise or fall control by pneumatic, have 2 work positions, knitted the waist belt at high position and knitted the fabric at low position.

Clippers device: The clippers rise and fall control by pneumatic, if yarn not cut off hall alarm automatically, also can blow the air to clean the slit up yarn and reduce the machine breakdown.

Stitch density: The stitch cam have enter and exit work position function, can knit multiple feeders pattern, also have work status test function and machine in abnormally status shall auto-stop and alarm. Adopt cam and air cylinder to achieve the stitch adjust without interval. Machine equip the high speed stepping motor will achieve the 3D function.

Actuator: Adopt 16 levels electric ceramic actuator, structure easily reliable low energy consumed ahd low generate heat.

Cylinder up / down: The cylinder rise and fall control by stepping motor, which can substantially adjust the stitch density. The cylinder height position shall decide the stitch density basis value.

Lubricate: Lubrication by mechanic control, which lubrication during machine revolution, because the pantyhose machine is high speed running and must continuous lubrication when machine revolution, which control the temperature rises and reduce the machine abrade.

-Air compressor:To have functions of drainage, air pressure adjustment and alarm of lack air pressure.

-Yarn feede:r 4 feeder, each feeder with 6-8 yarn fingers and each finger with 2 work positions.Change yarn finger by pneumatic control, each yarn finger with high and low 2 work positions, the yarn finger can move to left or right and knit the jacquard pattern.Whole yarn finger device can bottom over, which easily for maintenance.

-Drop hood: Control by 2 stepping motor though rough adjust the 2 sets cam position with stitch press cam to achieve the fabric stitch density adjustment, mainly used to achieve the take down width for knitted rib pattern. Another stetting motor can adjust the position of dropt hood.

-Dial jacks: Control by electric magnetism vale, avoid pantyhose machine revolution by high speed and knitted waist belt pattern, shall bring needle miss and make fabric defective.

-Take down: The take down device control by suction and structure simply, enable the knitting fabric pulling force even ahd without spoil the fiber of knitting fabric. The resist twist device prevent the twisting for wrinkle during knitted the fabric with hosiery tube bring the proportion rub and damage the fabric, which enhance the fabric surface quality.

-Manual operation: Adopt fold type, which easy to maintain, the limit position protect control by pneumatic;1 Ensure during the machine revolution will not use the manual operation; 2 During use the manual operation, machine will not use the motor driven.