Factory
Fukuhara Needle Co., Ltd. |
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| Address | 2753-1 , Katada , Shirahama-cho , Nishimuro-gun ,Wakayama , 649-2201 Japan |  |
Needle
All the Fukuhara knitting machines are equipped with Fukuhara-made needles/sinkers.
Our technology with many years experience will meet your demand of quality of your products.
Knitting Needle |
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| Cylinder Needle | ||
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| Dial Needle | ||
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Sinker |
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Jack |
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| Patterning Jack | ||
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| Intermediate Jack | ||
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| Select Jack | ||
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| Rocking Jack | ||
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Design Pin |
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Lever |
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Insert Piece |
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E-NEEDLE
| E-NEEDLE is a newly designed needle on which the shapes of the main body and rear area have been modified to reduce the amount of contact with the cylinder slot. This new design makes it possible to greatly reduce both the amount of energy required for operation and the amount of heat generated by friction. | |
| Patent etc. | Japan：No.4454634 USA：7690223 China：ZL 2005 8 0041703.8 China Registered Trademark：No.6133352 |
| Special Feature | |
| Economy | Less electricity is required for operation. |
| Environment | The amount of heat generation is reduced. thereby making it possible to maintain a more comfortable working environment even after long periods of operation. |
| Evolution | Lighter needle movement allows for stable knitting at lower temperatures while also reducing the amount of physical stress placed on the machine. |
| E-NEEDLE (for 4-race) | |
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| E-NEEDLE (for 2-race) | |
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| for Ultra Fine Gauge | |
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| The amount of consumed energy and generated heat with E-NEEDLE and normal
needles was compared after 2000 machine revolutions. To summarize, an average heat reduction of approximately 12% in the cam holder and sinker cap area as well as an approximate energy savings of 7% was achieved on the machine running with E-NEEDLE. The strength of the standard Fukuhara needles has been maintained on E-NEEDLE. Thus, all of the mentioned improvements have been made without compromising durability. E-NEEDLE is available in a wide range of gauges and is yet another easy to use and reliable Fukuhara product. |
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| Economy | |
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| The results indicate approximately 0.17kw less electricity was consumed
on the machine running with E-NEEDLE. This calculates to a CO2 reduction of 32 liters. |
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| Environment | |
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| Evolution | |
| Normal needles (for 4-race) | |
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| E-NEEDLE (for 4-race) | |
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| Normal needles (for 2-race) | |
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| E-NEEDLE (for 2-race) | |
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| The amount of physical resistance (friction) caused by contacting with the cylinder and cams is shown in the above colour-coded illustration. | |
The areas coloured in red are the points at which the needle makes contact with the cam and cylinder. The needle portions coloured in blue do not make contact with the machine. No heat is generated in these areas due to the absence of physical resistance. |
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| The figures shown to the right of the above needles indicate the ratio of cylinder contact for both E-NEEDLE and normal needles. As can be clearly seen, the amount of cylinder contact with E-NEEDLE has been reduced by nearly half. | |
Pressed tip of hook needle
| By using a needle with a hook thickness which is thinner than the thickness
of the needle body, the gap between needles and sinkers become wider on
single-knit machines. The wider gap ensures a smoother yarn flow and reduces the accumulation of lint as well as lessens the load placed on the yarn. In addition, combining this thickness with a small hook shape enables the production of high density stitch fabrics. The same effect is also gained on double-knit machines and enables fine gauge knitting with rib-gating without exchanging the cylinder. |
 Pressed tip needle  Enlarged view of pressed tip |
Improved plating needle(Modified shaped hook)
| As shown in the photograph, hollowing out the bottom part inside the hook
separates each yarn in the hook as much as possible (gap between red circle
and white circle in the photograph) during yarn feeding when knitting a
plating fabric. This shape also stabilizes the position of each yarn. In addition, this effect makes it possible to reduce the needle hook diameter to enable production of high density stitch fabrics. |
 Upper Drawing: Modified shaped hook Down: Backward hook |