Knitting machines with automatic yam feeder. Spool cone into the knitting zone. Various movements along this path guide the yarn (yarn guides), adjust the yarn tension (yarn tightens) and control possible yarn breaks. The yarn is drawn from a bobbin arranged on a special holder called a bobbin case if it is located next to the machine, or on a stand if it is located above it.

A uniform supply voltage is the basis for obtaining regular loops. On circular knitting machines, yarn feed control is done in different ways on different systems. Once you have some knowledge about knitting machines, it should be easy for you to decide which one will be best for you. When deciding, you should consider the style of your work, the budget you have, the type of knitting yarn you will use, and last but not least, the number of garments you would like to be able to make.


Knitting machines with automatic yam feeder. News about the economy often leads to discussion of the level of job creation. However, few details have been revealed about what new jobs have been created. One occupation of the 21st century remains unmentioned. One step forward in the effort to improve job creation evolved from the creation of knitting machines. Knitting machines work under the control of the knitting machine operator. These individuals process the yarn or thread and process it into a kiln or knitted fabric. Sometimes knitting machine operators succeed in weaving yarn or thread into fine lace or fine hosiery. The knitting machine operator occasionally sets up and adjusts the equipment. These workers must always check the product coming out of the knitting machines.

Armed with the knowledge that knitting machines have created a new career, professional knitting machine operator trainers must familiarize themselves with the primary requirements of the position. In other words, if a student of this trainer hopes to become a knitting machine operator, what qualities should he possess? Operating a knitting machine must cost many hours. Knitting machines are large and require one stand next to them to operate. The operator of the knitting machine must therefore have the necessary stamina to maintain the daily standing regime.

The knitting machine operator must also be able to climb onto the platforms. Climbing the stairs and getting on the platform is accessible only to some parts of the knitting machines. A person who hopes to operate a knitting machine must be prepared for such an ascent. The operator of the knitting machine has to endure a lot of noise. Knitting machines make a lot of noise when handling yarn or thread. The operator can use earplugs, but not everyone likes to use earplugs. If one wants to avoid earplugs and noise, one should not try to work with knitting machines. Finally, the knitting machine operator should be familiar with computers. Knitting machines are controlled by a computer. A person who has to work with knitting machines and possibly carry out repairs on them should therefore know something about computers.

Vocational trainers need to review the above requirements and then look again at their students’ strengths and skills. Those students who meet the above requirements and those students who are interested in working as knitting machine operators should be encouraged to take the type of training that will best prepare them to use knitting machines. What type of training would help you the most? Probably anything to increase the student’s perception. Such training could guarantee a decent inspection of the goods coming out of the knitting machines. Such training could ensure the engaged student’s future success as a knitting machine operator. It could guarantee the continued ability of knitting machines to provide many future students with a satisfactory employment option.


There are many options when choosing knitting machines with automatic yam feeder.

Knitting machines come in three general categories: manual, punch, and electronic or computerized. With a manual machine, you have to move the pins manually when you want to change the pattern. With a card punch machine, you feed the basic pattern cards they come with (or create your own pattern cards) into the machine, and the machine then knows how to change the configuration to create the patterns.

With an electronic machine, the files for the basic patterns are stored in its memory (again, you can add your own) and it reads that pattern just like a card machine and automatically moves the needles to create the pattern. Many machine knitters start with a manual knitting machine and then move to an electronic machine after they figure out what their needs are.

Knitting machines come in four different machine sizes. These gauges are determined by the distance between the needles on the machine bed; the larger the gauge, the thicker the yarn can handle. Think about what you want to knit on your machine to get a machine with the right gauge for the yarn you will be using.

Bulky (9 mm between needles) machines are used to knit the thickest hand knitting yarns. Medium gauge (6.5mm) machines process all types of hand yarns including DK weight yarns, ribbons, new yarns, mohair and nubby yarns. They are the best machines for hand knitters. They are probably the most versatile and capable of producing knitwear that looks like it is handmade. Standard gauge (4.5mm) machines knit commercial grade yarns (anything finer than DK weight yarn); typically cone yarns. Fine machines (3.6 mm) knit the thinnest yarn-like threads to create soft and light knits.

All knitting machines are available in sturdy metal models that start at $700 and go up to several thousand dollars. Medium gauge machines are also available in plastic (cheaper) versions. Look for a good entry-level mid-range machine that will perform easily, comfortably and well. You should be able to upgrade a good plastic machine with optional accessories. Most machines are single-bed, i.e.


Knitting machines with automatic yam feeder. These tools work faster and more efficiently compared to manual knitting machines. Moreover, a large amount of fabric can be produced in a short time with less effort. Although some of the best creative patterns require hand knitters, knitting machines have their place on the industrial and home front. These devices are of great help in producing a large amount of fabric which is quite impossible for hand knitters in a limited time frame.

One of the biggest advantages of using these tools is that it requires no skill or creativity, as the machine works systematically and is often quite simple to operate. These tools include hook needle beds, latch hooks, buttons, wires, carriages and so on. Unlike sewing machines, these machines have many functions and it is important to read the instruction manual before using them.

Knitting tools are used according to the type of fabric being produced. For sweaters and other fabrics that are relatively heavy, machines with larger hooks are preferred. Unlike hand knitting, using this device requires maximum concentration. These are of different types and you can choose them according to the type of fabric you will be knitting. There are mainly three categories – medium, bulky and standard.

Electronic machines have different patterns and a number of interesting functions such as reverse stitching, mixing different types of patterns and so on. Medium-length machines are ideal for knitting loose fabrics thanks to their special properties. Fabrics knitted on these machines look similar to fabrics knitted by hand. Bulky machines are suitable for sewing heavy fabrics such as blankets and sweaters due to the placement of the needles.

Compared to bulky machines, this machine is light and can be easily placed at home. Shearing machines are also necessary to obtain a perfectly designed fabric. There are many types of machines used to cut and trim fabrics. Some flatbed machines are fully computerized and can be programmed accordingly.  You need to decide on the type of yarn and the exact functions you want from your machine. Machines with different features are available in online stores at different prices. Choosing the right and suitable machine will help you improve your knitting skills.


Knitting machines with automatic yam feeder. The yarn feeding means is provided with a disconnect prevention member (8c; 88c; 8f) which prevents the elastic yarn (16a) from falling out of the guide roller (8b), and this member is located near the guide roller (8b). The disconnect prevention member (8c) can move according to the displacement angle of the flexible yarn (16a).

This device is a yarn feeding device or a device used in a circular knitting machine in which warp yarn and elastic yarn are knitted, comprising a first yarn feeding device that feeds the base yarn, a second yarn feeding device that feeds the elastic yarn. And a guide roller which guides the elastic yarn, characterized in that the yarn feeding device for the circular knitting machine has a guard member or a shut-off element in a position at or near the guide roller to prevent the elastic yarn from falling out of the roller guide.

With the present device, it is possible to reliably prevent the flexible yarn from leaving the guide roller of the yarn carrier when the cotton waste accumulated in the knitting head of the circular knitting machine is blown, thereby preventing the production of defective knitted fabric. And increasing the productivity of knitwear production.

The disconnect prevention member is preferably movable according to the angle of displacement of the flexible yarn. It is preferred that the anti-stretch member is movable so that it does not come into contact with the elastic yarn during the knitting process. By installing the element to prevent disconnection in this way, it is possible to reliably prevent the flexible yarn from falling out of the guide roller of the yarn carrier.

For example, the disconnect preventing member may be a spiral wire mounted on a yarn carrier. The main axis of the spiral can be 5-10 mm (preferably about 8 mm) and the minor axis of the spiral can be 3-8 mm (preferably about 5 mm). A variant of the member preventing disconnection is a wire located above the guide pulley and outside the elastic yarn tangential to the inner diameter of the guide pulley.


Knitting machines with automatic yam feeder. It is also flourishing rapidly with the growth of industrialization. It brings more profit margins to the knitting traders using these machines as it reduces the labor cost to a great extent.  It’s a lot easier than it looks, though the only thing one has to be careful about. Yarn thickness plays an important role in choosing a knitting machine. The rule of thumb suggests that if the yarn is thicker than the working capacity, then this would always result in the knitting hooks tearing between the yarns. Therefore, it is important for the knitter or knitting business owners to choose a machine according to the thickness of the yarn they plan to use.

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