1. Adapted with automatic program control of oil, after changing the cylinder, the needle number and needles distance modified completed by keyboard.
2. This machine adapt with the professional yarn suction month, to reduce the blocking of yarn suction month. Also this machine have the function that recycle the waste yarn to solve the blocking problem and reduce the wastage of fun.
3. All knitting process worked with computer-controlled valve to reduce fraying, that don't affect the performance and increase the maintenance burden.
4. Computer-controlled box can store 2 different kinds of patterns in the same time, and it can be turned freely It can changed work freely after setting the left and right socks.
5. The computer can regulate score according to body structure to make the products more fit.
6. The standard edition can be weaved plain ,rib , mesh, tuck, elastic jacquard, arcturus heel, anti-socks head, heel change the yarn,multi-level rib top,foot-reinforcement,around patterned socks.and the upgraded version can be weaved 3D socks,stealth boat socks,once-molded ankle socks,five toes socks.
Main Specification and Functions | ||
Model | WSD-8FPT | |
Cylinder Diameter | 3.75inch | |
Needle Number | 84-200N | |
Max Speed | 350rpm/min | |
Running Speed | 280-300rpm/min | |
Function | 1: Making selected sock machine ,common used for high quality sports sock | |
2: One main feeder(9fingers),6 jacqard feeder(17fingers) | ||
3: Double elastic system | ||
4: Knitting high heel,left and right foot.180°against sock mouth,two colors sock toe and heel. | ||
Main Features | All mechanical parts are installed in high precision CNC mechancal positioning mode and standardized assembly,which makes the machine working more stably and improve component interchangeability | |
Keyboard and touch screen operating platform,UPS backup system for power off protection and automatic error detection. | ||
High speed,big memory CPU capacity on board for easily modify chain program and pattern | ||
Power Requirement | Drive Motor | 1.35KW |
Fun Motor | 1.1KW | |
Control box | 0.8KW | |
Voltage | 220V/380V/415V | |
Floor Space | 160X120X250CM | |
Net/Gross Weight | 320/380KG | |
Packing Size(LxWxH) | 110X75X175CM |

High - performance All - Computerized Sock Knitting Machine
This fully computerized sock knitting machine is a model of efficiency and functionality. Its advanced computer control system enables precise and automated operation. With high-speed knitting capabilities, it significantly increases production output. It supports a variety of functions, including 3D sock knitting, jacquard, and ribbing. The high-precision needle groove design ensures first-class knitting quality and minimizes defects. Whether it is a simple or complex sock pattern, this machine can make it.
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Socks Manufacturing Machine Internal Structure Details



Auto Knitter Sock Machine Technical Advantages
Support 3D sock knitting:
It can knit socks with three-dimensional effects, which significantly improves the fit, comfort and aesthetics of socks. For example, more precise three-dimensional knitting can be performed on ankles, heels and other parts to better fit the curve of the human foot and provide a more comfortable wearing experience.
High-precision needle groove design:
The precision of it affects the knitting quality of socks. High-precision needle grooves can make the knitting needles more stable and accurate during movement, reduce the occurrence of problems such as skipped stitches and missed stitches, thereby ensuring the flatness and uniformity of the socks.
Multi-color knitting function:
Some advanced sock knitting machines can knit one main color and multiple auxiliary colors in each row, and a single sock can be knitted in multiple colors. Various complex patterns and effects can be easily achieved to meet the personalized needs of different consumers.
Computer control system:
Easier and more accurate operation. Just input the pre-designed program into the control system, and the machine can produce according to the instructions to realize the automated weaving process; monitor the machine's operating status in real time, and make precise adjustments to parameters such as weaving speed, tension, density, etc.
Power-off re-weaving function:
Equipped with uninterruptible power supply (UPS) and other devices, the original weaving position can be saved when the machine suddenly loses power. When the power is restored, the machine can continue to weave from the position before the power outage, avoiding the waste of raw materials and production delays caused by power outages.
Automatic alarm system:
It can monitor the operation status of the machine in real time. When problems such as broken needles, broken threads, needle tongue failures or electronic failures occur, it can issue an alarm in time and display the fault information on the display screen, which is convenient for operators to quickly locate and troubleshoot faults, reduce downtime, and improve production efficiency.
Yarn tension and density control:
Advanced technologies such as stepper motors are used to control textile density and yarn tension. It can accurately adjust the tension and density according to different yarn materials and sock styles to ensure that the texture of the socks is uniform and elastic, and improve the comfort and durability of wearing.
Efficient weaving structure:
The needle parts adopt advanced manufacturing technology and have extremely high stability and wear resistance. It can ensure the reliability of the machine under high-speed operation, reduce the frequency of mechanical failures, extend the service life of the machine, and at the same time improve production efficiency and reduce costs.
Product Certificates




Our sock machine has successfully won the highly anticipated UDEM certificate.
The UDEM certificate is an authoritative recognition of product quality, safety and reliability. It is like a strict filter in the industry. Only products that have undergone rigorous testing and evaluation have a chance to pass. This certification process covers in-depth testing from mechanical properties, electronic control systems to environmental indicators.
Our sock machine has won this honor, demonstrating its outstanding technical strength. The advanced knitting system can achieve the knitting of complex patterns with extremely high precision, whether it is exquisite jacquard patterns or delicate rib designs, they can be perfectly presented. Its high production efficiency can easily achieve a single-day output of socks far exceeding the industry average, greatly improving production efficiency. At the same time, stable performance ensures long-term continuous operation without trouble, reducing downtime and maintenance costs.
FAQ
1. How efficient is this sock machine? How many pairs of socks can it produce per hour?
Our hosiery machines are industry-leading in efficiency. Specific output varies depending on factors such as the complexity of the sock style and the yarn material. When knitting simple, standard socks, we produce approximately 20 pairs per hour. For more complex socks with a wide variety of patterns or special craftsmanship, we can produce one pair in 5-6 minutes.
2. What standards can the socks knitted by the sock machine meet in terms of quality, such as the elasticity, firmness and flatness of the socks?
In terms of sock quality, we have strict control standards. In terms of elasticity, through precise knitting technology and appropriate yarn tension adjustment, the knitted socks can ensure good and lasting elasticity. After multiple tensile tests, the elastic recovery rate can reach more than 90%, which can fit the foot well and is not easy to deform. In terms of firmness, after repeated friction, pulling and other tests simulating actual wear, the socks knitted by the sock machine will not have loose threads or holes, and the seams and overall structure are firm and reliable. In terms of flatness, thanks to the advanced knitting mechanical structure and fine needle control, the surface of the socks is flat and smooth, without obvious defects such as uneven coils and wrinkles, which fully meets the quality requirements of high-quality socks and can also meet the quality standards of most mid-to-high-end markets.
3. How many styles and types of socks can it knit, such as whether it can be compatible with different needles, patterns and complex patterns?
Our sock machines have strong compatibility and versatility, and can knit a variety of styles and types of socks. From common plain socks to terry socks with terry, jacquard socks, mesh socks, etc. can be easily knitted. In terms of needlework, it supports a variety of basic needlework including flat needle, rib needle, tuck needle and compound needlework composed of them. It can create a variety of patterns and complex patterns according to different design requirements, such as floral patterns, geometric patterns and even customized brand-exclusive patterns, which can basically meet the needs of most customers in the market for diversified sock styles.
Technical parameters and functions
4. What is the number of needles of the sock machine, and what effect does different numbers of needles have on the knitting effect of socks?
This sock machine has a variety of needle configuration options, including 144 needles, 168 needles and 200 needles. The appropriate number of needles can be selected according to the customer's requirements for the fineness, thickness and size of the socks. Generally speaking, the more needles there are, the finer and more delicate the knitted socks are, which are more suitable for producing thin, highly elastic socks with high requirements for fit, invisible socks, etc.; when the number of needles is relatively small, the knitted socks will be thicker and rougher, and are often used in the production of men's thick cotton socks, full elastic pressure sports socks and other products, which can provide better warmth and durability, as well as protection.
5. Does the sock machine have functions with a high degree of automation, such as automatic color change, automatic thread break detection and repair, etc.?
Yes, our sock machines have many practical functions with a high degree of automation. Among them, the automatic color change function can accurately and quickly switch the yarn color according to the preset sock pattern color requirements. When knitting multi-color styles such as jacquard socks, it can achieve seamless connection, ensuring natural color transition and clear pattern. The automatic thread break detection and repair function is a highlight. Once the sock machine detects a yarn break during operation, it will immediately stop working and quickly locate the thread break through the built-in intelligent repair system, guiding the operator to perform simple repair operations, and then automatically resume knitting work, greatly reducing production interruptions and defective products caused by thread breakage, and effectively improving production efficiency and product quality.
6. What is the range of yarn materials and thicknesses that the sock machine can adapt to, and can it flexibly handle a variety of different raw materials?
Our sock machines have a wide range of adaptability to yarn materials, such as common pure cotton yarn, polyester-cotton yarn, spandex yarn, wool yarn, and various blended yarns, which can be well compatible, whether it is natural fiber or chemical fiber material. In terms of yarn thickness, it can generally handle a range of 10-100 Ne, which allows it to flexibly select yarns of appropriate thickness for knitting according to the functional requirements of different socks (such as thin socks in summer, thick socks in winter, etc.), to meet the production requirements of diversified products.
Operation and maintenance related
7. How difficult is it to operate this sock machine? Does it require long-term operation training from professional technicians to get started?
The operation design of this sock machine adheres to the concept of humanization and simplification, and the operation difficulty is relatively low. Although it has more complex functions, we are equipped with an intuitive and easy-to-understand operation interface, using graphical operation instructions and simple parameter setting mode. After about 1-2 weeks of basic training, ordinary workers can master the basic operation process and produce regular sock styles. For some advanced functions and programming operations of complex patterns, we will also provide detailed training materials and online and offline technical support to ensure that operators can learn to use them in a short time and can operate them without long-term special guidance from professional technicians.
8. Is routine maintenance complicated? How often do I need to perform routine maintenance?
Routine maintenance is simple. We designed this sock machine with ease in mind. This includes regularly cleaning the machine's interior to remove debris and dust, checking the lubrication status of all components, and inspecting key drive components for wear. We recommend performing routine maintenance every 500 hours of operation. Each maintenance session takes approximately 2-3 hours and can be performed by an average technician.
9. Once a fault occurs, is the equipment repair convenient? What kind of after-sales maintenance service do you provide and how long is the corresponding response time?
Our sock machine adopts a modular structure in design. Each key component is relatively independent. Once a fault occurs, the module where the fault is located can be quickly located, which is convenient for maintenance personnel to carry out targeted maintenance or replacement, and the maintenance process is relatively convenient. We have a professional after-sales maintenance team and provide a 7×24-hour after-sales service hotline. Customers can contact us at any time when they encounter equipment failures. For general faults, our technicians will assist customers in troubleshooting and solving the problems through telephone, video and other remote methods within 24 hours after receiving the repair report; for complex faults that require on-site repairs, we will arrange maintenance personnel to rush to the site as soon as possible based on the distance of the customer's location, usually ensuring that they arrive within the time required by the customer, minimizing the impact of equipment failures on customer production. At the same time, we also have sufficient inventory of commonly used parts to ensure that they can be replaced in time during maintenance, shorten maintenance time, and ensure that the equipment resumes normal operation as soon as possible.
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