Elaborate on the mechanical characteristics of textile machinery

Here, the electronic jacquard machine manufacturer will introduce the mechanical characteristics of textile machinery to you

1. Standardization

The high repetition coefficient of the same part in each machine is a characteristic of textile machinery.

. Machinery factories that produce these parts need to design corresponding tools, fixtures, molds, and specialized multi-station automatic machine tools or dedicated assembly lines based on the batch size of the parts, in order to ensure the high quality and low cost of these parts production. The complexity of textile machinery parts also manifests in their types, as different processing objects require the design and manufacturing of different types of parts based on different raw materials such as cotton, linen, wool, silk, and chemical fibers. For example, woolen spinning spindles need to have larger dimensions than cotton spinning spindles, but similar structures

2. Serialization

In a group of machines designed according to serialization, there are some parts or components that are not related to the machine series parameters and can be applied to various machines in this series within a certain range, such as the parts of the spinning machine head and lifting parts.

. In addition, certain components perform the same function on different types of machines, such as the guide rollers and rolling rollers of printing and dyeing machines. These components are called universal parts or universal devices, and have further developed into universal unit machines in printing and dyeing machines

3. Generalization

In mechanical product design, in addition to using universal parts, universal devices, and universal unit machines as much as possible, people also consciously make appropriate modifications to the structural layout and implement the principle of generalization as much as possible.

. The standardization, serialization, and generalization of textile machinery have begun to cross the boundaries between countries and become international, such as drafting mechanism components and needles, needle clothing, etc., which have adopted the same parameters in many places

4. Low energy consumption

Textile machinery can save energy in dyeing and finishing equipment because of its great potential.

. Although large capacity pumps are required to spray dye solution in the machine, which increases power consumption, the overall energy is still saved. Transfer printing has been applied in production practice in the 1970s, characterized by low emission, energy conservation, and less pollution. The use of solvent sizing can reduce water volume and energy consumption