SINGER FM SEWING STRETCHABL- vssewing machine

Textile Stream Smart Manufacturing SINGER FM SEWING STRETCHABL- vssewing machine 

VS Sewing Machine, Sewing Machine showroom in Chennai offers you with the Top selling brands along with all its Sewing Machines models in the Industry. You can get  the recommendations over here with the industry experts. Also we serves you best Pre-Selling as well as the Post Selling Services.

Here, we present a facile method for rapid fabrication of low-cost, stretchable electrical interconnections for wearable electronics. Using a commercial sewing machine, thin metallic wires are sewn onto the wearable materials in a double-stitch zigzag pattern, with the second stitch being a water-soluble polyvinyl alcohol (PVA) thread. The stretchable pattern is secured onto a clothing (e.g., a glove) with a stretchable elastomer coating followed by dissolution of the PVA thread in water. The interconnections maintain a constant electrical conductivity for strains up to 50 % and bending cycles over 15000. As a proof of concept implementation, we sewed interconnects and a soft capacitive force sensor onto a latex glove to create a wearable tactile sensor with a linear sensitivity of 96 fF/N.  know more

Textile stream smart factory CPS implementation can only be done by linking together the ordering system, design automation system, product information management system, production information integration system and production equipment automation.[6] Fig. 2 shows the interlinkage of high-throughput, high-productivity production systems that minimize plant-to-plant collaboration and prototype production to accommodate small-volume and multi-stream requirements between streams, and can be instantly produced on demand.

Device for checking and indicating the rest of under- thread sewing yarn of sewing machine The sewing work can work in a situation where there is no under-thread by mistake. This leads to defective products and economic losses. To solve this problem, there is a need for a device for detecting the remaining amount of under-thread and transmitting it to an operator. Fig. 3 shows the sensing signal configuration for system design to detect the residual under-thread amount and the system configuration diagram to control it by linking it. The orange block shows the status of the warning lights, the PLC, the touch screen, and the main brake, while the blue block indicates each sensor and control signal for control. click here 

One challenge in automated sewing is the restricted spacein front of the sewing machine. The main problem is that therobot needs space to move, but also sensors for edge detectioncan be difficult to fit, especially in the case of sewing twoparts together. To solve this problem, the conveyor belt system,shown in Fig. 2, was installed in front of the sewing machine.It consists of two conveyor belts. The part is fed into thesystem on the right side in the picture and the edge is fixedsideways by the pressure of the belts while the part movedtowards the sewing machine. The basic idea is to move theworking point of the robot away from the sewing machine.In the experiments presented here, only one robot is used, butalso in a two robot system for sewing two parts, the conveyorbelt system can be installed between the robots and the sewingmachine. Preliminary experiments with manual sewing wereconducted but are not part of this paper. Experiments usingone part are shown in Section III.The conveyor belt shown in the test setup is about23 cmlong (upper belt), but a longer conveyor belt could be used todecouple the robot and the sewing machine completely. Thisway, the feed speed for the robot and the sewing machinedo not have to match each other and can also have differentmovement profiles. The lower belt is shorter than the upperbelt because of the space restriction due to the sewing machine click here

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SINGER FM - vssewing machine

 

Textile Stream Smart Manufacturing SINGER FM - vssewing machine

The wear of sewing needles is characterized by the changing of the size and shape of the needle, and the displacement of the needle axis relative to the vertical direction. Due to the wear of sewing needles, at high vibrations during the operation of the embroidery machines, there is wrinkling of the material on which the embroidery pattern is applied and breaking of the sewing thread can occur so that the embroidery machine has to be stopped. It is necessary to reposition the sewing needle with 6-10 stitch steps behind the trajectory to follow and the embroidery machine should be restarted. When the embroidering process restart, an overlap of the sewing thread occurs. Therefore, because of the wear of sewing needles defects appear on the embroidery surface of the product, the availability and thus the productivity of embroidery machines decrease, while the manufacturing costs are rising. know more

This work addresses challenges in a previouslypresented automated sewing cell regarding material handling.The paper takes a step back and explores basic principles andchanges in the hardware that can lead to a higher stability of theprocess in an industrial setting. Due to space restrictions in frontof the needle, it was hard for the robots to handle the workpiecesduring the last part of the seam. This paper presents a conveyorbelt system that was added into the cell to move the workingpoint away from the needle. This ensures better workspace forthe robot system. Additionally, a new tool and control concept ispresented for the case of sewing a single piece which may improvethe stability of the process. Rubber wheels are used to controlthe workpiece sideways in order to control the seem position.Experiments are presented and discussed showing the feasibilityof the conveyor belt system and the new tool. view details 

The embroidery machines are complex equipment with a single or multi-heads, which are controlled through PLC. In the case of embroidery machines, the sewing needles largely influence the quality of the manufactured products. Considering the influence of sewing needles on the quality of textile products, the existing works presented in the literature aimed to study the penetration force of the needles in the textile material [1,2], the influence of the sewing needle temperature on the textile material [3, 4] and the influence of the vibrations of the embroidery machine [5]. view details

Automated sewing is a complex task. Challenges arise fromuncertain material characteristics and deformation during thesewing operation. Sensors have to be included in the setupto ensure a high quality seam. Depending on the shape of thework piece and the stiffness of the material, different strategiescan be applied to the handling task. A number of researchgroups have presented different approaches how to handle thematerial and the use of different sensors to control the sewingprocess. click here

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Electric Thread Jack F4 - VS SewingMachine

 

 Electric Thread Jack F4 -  VS SewingMachine

Brand offer an extensive range of Jack Industrial Sewing Machine to our customers. These are developed using the premium quality material and advanced technology. For light and heavy fabric. Enlarge the sewing range, suitable for various of fabrics like yarn and jeans. Perfect for sewing sleeves and cuffs , pant legs on children's clothing and other smaller items.Click Here In order to keep pace with never-ending demands of the customers, our company is instrumental in offering Jack F4 Lockstitch Machine. Fostered with enormous business understanding of this realm, we are involved in presenting a broad consignment of Jack F4 Industrial Sewing Machine.

Radio Frequency Identification technology is an automatic identification method, transferring object data wirelessly, and is a core technology for fast and effective business process in various industrial applications such as logistics and factory automation. In Supply Chain Management system,technology makes continuous product flow management feasible including manufacturing, transportation, and distribution of products, and it becomes widespread as Wal-Mart has began its effort to requiring its suppliers to use RFID in its end product packaging  Textile and clothing industries are very import to human being and the application of the RFID system to these industries is necessary. In these industries, various items are treated and the inventory of them is done monthly, and the real-time inventory is almost impossible. However, the real-time inventory considering all the sorting elements such as color and size is possible and the processing time can be significantly reduced. In addition, Just-In-Time system for real-time inventory supplement can be realized by knowing the moving route and the history information of the products. For this purpose, an RFID tag should be attached on each clothes. General label type RFID tags can not be directly used and an additional process needs to be included, which increases the total cost of the clothes.Read More

 To resolve this problem, a new design method of a RFID fiber tag antenna with electric-thread using sewing machine is proposed in this paper. In addition, brand or company mark can be used as an RFID tag by using the proposed method As is well-known, copper is the most widely used electrical conductor. Like most metals, it has several disadvantages: flexibility, manufacturability, and price. Fibers that conduct electricity could be the solutions to these problems. An embedded UHF RFID tag using electro-thread can be applied to wearable and flexible tag antenna attached to any flexible surface or wire Click Here

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Designing System Singer FM3321 - VS SewingMachine

 Designing System Singer FM3321 - VS SewingMachine

Automatic sewing machine has been broadly used in the household and industry. It provides a fast way to apply the pattern sewing on the cloth. Designer utilizes the computer software to create the new patter and convert it into the stitch coordinates to form the sewing path that can be read by the automatic sewing machine. This whole process results in the broidery CAD software system. In the conventional way of designing the sewing path, people place the pattern on a  board with the grid covering on the surface of the board and record every stitch coordinate manually. The collection of each stitch coordinate forms the sewing path that can be input into the sewing machine. Nowadays, the implementation of the broidery CAD system provides a convenient way to develop the new sewing pattern SINGER FM984

 

The SINGER 3321 Talent sewing machine is perfect for budding fashionistas.

With easy threading, top drop-in bobbin, and automatic needle threader, set-up is simple and frustration-free. Features include 21 stitch patterns, and adjustable stitch length and width. Variable needle positions make clothing construction and other creative projects not only possible, but fun and easy.Singer FM3229

Automatic Needle Threader

Easily threads the needle without frustration or eye strain.

Top Drop-In Bobbin

Easier to thread and track thread usage than a front-load bobbin.

Heavy Duty Metal Frame

The internal skeleton of the sewing machine. This rigid support holds all the mechanisms in perfect alignment for perfect sewing and durability.

Variable Needle Positions

Needle position can be changed for individual projects, such as inserting zippers or cording and top stitching.

Adjustable Stitch Length and Width

Keep seams strong and prevent bunching on any type of fabric–personalize stitch length and width with just a turn of a dial.

Free Arm

Provides professional results by offering easy access to cuffs, collars, pant hems and other difficult-to-reach areas.

SINGER is Sewing Made Easy Standard Accessories Included

All Purpose/General Presser Foot, Zipper Foot, Buttonhole Foot, Button Sewing Foot, Seam Ripper/Lint Brush, Edge/Quilting Guide, Needles, Bobbins, Spool Holder, Screwdriver, Darning Plate, Spool Pin, Spool Pin Felt, Power Cord/Foot Control, Instruction Manual, Soft-Sided Dust Cover Click Here

 

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Industrial Usha Janome Allure Dlx - VS SewingMachine

 Industrial Usha Janome Allure Dlx -  VS SewingMachine

VS Sewing Machine, Sewing Machine showroom in Chennai offers you with the Top selling brands along with all its Sewing Machines models in the Industry. You can get  the recommendations over here with the industry experts. Also we serves you best Pre-Selling as well as the Post Selling Services.Along with all the features that the Allure offers, the Deluxe version has additional features like automatic needle threading, LED type sewing light, face plate thread cutter, and feed drop lever to facilitate embroidery. It offers the triple strength stitch capability. The 13 built in stitches include the button hole as well.

The rapid development of the world textile industry, the research on industrial sewing machines have been focused on higher precision, more energy-saving, lower cost, higher speed, multiple-function, more intelligence. In order to achieve all these performance indexes, the main problem is to develop an effective servo system. And the PMSM based servo systems have attracted more and more researchers, for which has several inherent advantages compared with other types electric machinery, such as high power density, high power factor, high torque to current ratio, high efficiency, low inertia, rugged construction, easy for maintenance Usha janome wonder stitch plusThe PID control is one of the early developed control strategies. Due to its simple algorithm, good robustness and reliability, it has been widely used to design position, speed and electric current loop controller in industrial sewing machine servo system. And classic PID control based, such as increment PI control, fuzzy PID control, Neural PID control ,multi-segment PI control are also adopted However, the classical control strategies have some disadvantages, such as, large overshoot, long adjustment time and so on. It is difficult for the PMSM servo system to realize high precision control

 

Typically, Clutch motors are used in the sewing machines in industries as it is cheap and long-lasting. As the number of garments industries is increasing, the usage of the clutch motor also increases proportionally  According to a survey, each garment industry has at least 200 clutch motor on average  Thus, when all the motors are started at the same time, they consume more than 3 times their rated power. So the industries require grid connection which is 3 to 4 times higher than its normal load. Therefore, the owner has to invest more in setting up the total utility grid connection. Considering this power consumption pattern, a large amount of power is consumed by the machinery used in the garments industry.Taking the least value, the number of total clutch motors being used in this country can be estimated. The clutch motor consumes almost 250W in a no-load condition. Depending on the load, the power consumption might be up to 500 W. Moreover, hard starting and no voltage regulation system leads this motor to consume excess power due to overheating and other electrical losses. A major drawback of the single-phase induction motor is its low starting torque Thus, when all the motors are started at the same time, they consume more than 3 times their rated power. So the industries require grid connection which is 3 to 4 times higher than its normal load.Usha 8801e industrial sewing machine  

 

 

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