Domestic Computerized Flat Knitting Machine Develops &Nbsp In Many Links.

At present, the computerized flat knitting machine not only embodies the development trend of high efficiency, variable needle spacing, economy, and multi-function, but also shows some other highlights. For example, the machine number range is more extensive, but the computer is wider.

The range of machine numbers is more extensive.

For a long time, domestic computerized flat knitting machine manufacturers mainly produce 7 and 12 pin /25.4 millimeter products. However, in recent years, other machine numbers, especially the coarse pin spacing models, have been popular in the market, so that manufacturers have launched 2.5 needles /25.4 mm, 3 pin /25.4 mm and 3.5 needle / 25.4 mm machines. Stuart has launched a real 3 needle machine, E2,5.2 and E3,5.2 multi needle machine 4 machines. The island fine company has introduced a 3 needle /25.4 millimeter product. Domestic Jinlong, Yu Ren, Tianyuan, Hua Lun flying tiger, Yue and Europe weft also have introduced 3 needle /25.4 millimeter and 3.5 needle /25.4 millimeter products.

In terms of fine needle spacing, many domestic companies have launched 16 pin /25.4 mm products, but the 18 pin /25.4 millimeter products are available only by Stoll and Island fine.

New breakthroughs in sewing equipment

At the fifteenth Shanghai textile industry exhibition, several companies exhibited sweater sewing equipment, including traditional disc sewing machine, new type of vest machine and fast collar sewing machine. In general, there was no full automatic equipment that people expected to replace disc sewing machine, and the efforts to rapidly stitch and improve sewing automation level continued.

From the present point of view, the expedient measure to solve the sewing problem may be from three aspects: first, change the traditional sewing concept and guide consumption; try to use the vest machine and all kinds of sewing and sewing equipment in middle and low grade products to improve labor productivity, reduce the labor intensity of workers and reduce the production cost.

This has proved to be feasible in some enterprises. The key is how to persuade customers to accept new ideas and calculate economic accounts for customers.

Second, moderate development of "woven wearable" products.

In fact, although the price of "woven wearable" equipment is relatively high, the products it manufactured are not necessarily high-end, especially because it is subject to many restrictions in flower design and production.

Therefore, with the rise of labor prices and the unsolved problem of sewing, it is a way to solve the stitching problem by weaving some conventional and suitable knitted products with woven wearable equipment as a supplement to the entire market.

Third, introduce some new processing methods, means and knitting processes to produce less stitched products.

For example, Italy's Saint - Tony company has introduced a thick needle double sided seamless underwear circular knitting machine, which can produce semi finished products with rib without slit, which solves the stitching problem of the side seam to a certain extent, and is especially suitable for some thin and high machine products.

The disadvantage is that the color of its products can not fully meet the diversity requirements of flat knitting machines, but also needs some cutting.

Foreign typing software is powerful.

In the past two years, the Japanese island fine arts company will display their APEX flat knitting machine design system software to the customers. The software can not only perform the conventional plate making function, but also have powerful functions of yarn and coil simulation, knitting process and 3D model exhibition, providing more convenience for the design and production of the flower pattern and process.

In order to facilitate the design of all ready made products, the design system also greatly simplifies the design difficulty of the overall garment products.

M1Plus of Stoll in Germany has also made many improvements in system functions and operation convenience, making the program design more convenient, fast and friendly.

With the addition of some electronic control component companies, the software function and control system of the computerized flat knitting machine have been improved to a certain extent, which has promoted the development of the industry. However, compared with the advanced version software and control system, there are still a lot of work to be done in the function and stability of the homemade software and control system, especially in the aspect of software catching up and breakthroughs, such as the design of the applique program, the development of the function module, the simulation of the coil and the optimization of the knitting program.