Core Structure and Process Applications of Pre‑treatment Combined Machines for Textile Printing and Dyeing

Pre‑treatment in textile printing and dyeing is a foundational process that determines the quality of fabric dyeing and printing. The desizing‑scouring‑bleaching combined machine, as the core equipment, integrates three sequential operations—desizing, scouring, and bleaching—enabling continuous pre‑treatment of greige fabrics and finding widespread application in processing cotton, polyester‑cotton, and viscose fabrics. The entire machine adopts a modular, building‑block design, comprising five major modules: the fabric feeding unit, the padding unit, the steam‑soaking reaction tank, the multi‑compartment rinsing unit, and the drying‑and‑unwinding unit. Each module is driven by servo‑based synchronous transmission, with tension fluctuations kept within 10 N throughout the process, thereby preventing defects such as wrinkling and weft skew in elastic fabrics.

2026/06/16

Save 3 million yuan a year! Jiangyin Yuefa’s smart water‑washing device ensures you’ll never have to worry about emission standards again.

[Textile Dyeing Industry Report]: Recently, many regions across the country have implemented measures to restrict electricity use, limit production, and promote energy conservation and emissions reduction. For textile dyeing enterprises seeking sustained growth in profitability, “improving quality and boosting efficiency” is an indispensable path, with equipment—playing a pivotal role—being a key focus of corporate strategy. At Jiangyin Yuefa Textile Dyeing Machinery Co., Ltd. (hereinafter referred to as Yuefa), helping customers cut costs, secure orders, and increase profits has long been the company’s guiding principle.

2026/05/20

Intelligent Textile Printing and Dyeing Machinery Control Systems and Industrial Internet Applications

An intelligent control system serves as the “brain” of modern textile printing and dyeing machinery. Centered on PLC programmable controllers, multi-sensor data acquisition, and industrial IoT, it enables end-to-end digital monitoring and control across pretreatment, dyeing, printing, and finishing processes, replacing traditional manual adjustments and significantly enhancing production stability and operational efficiency. Conventional printing and dyeing equipment relies on manual recording of temperature, machine speed, and chemical dosages, leading to substantial parameter inaccuracies and an inability to replicate processes consistently. In contrast, smart systems equipped with distributed control architectures automatically log process data throughout the entire workflow, creating a unique digital record for each fabric‑specific process. During repeat production, these records can be recalled with a single click, boosting first‑pass yield to 95%.

2026/06/16

Domestic printing and dyeing machinery and equipment solve the

In the analysis results, 62% of enterprises believe that domestic equipment can meet process requirements, but at the same time, 58% of user companies have a "fair" impression of domestic equipment. For a long time, domestic printing and dyeing machinery and equipment manufacturers have been continuously improving their technical level to meet the process needs of user companies. However, statistics show that most domestic printing and dyeing equipment has been recognized by downstream companies in terms of process requirements, and their overall impression is still It is considered inferior.

2026/05/20

The dyeing and printing plant has upgraded to new equipment: a monthly‑output, flat‑width, continuous airflow softening machine that efficiently enhances fabric hand, boosts elasticity, and improves wrinkle resistance!

With nearly half of 2022 already behind us, the shadow of the COVID‑19 pandemic continues to loom over every sector, and the textile printing and dyeing industry is no exception. As outbreaks surge, governments across the country have rolled out increasingly stringent prevention measures. Rising raw material costs, soaring chemical prices, mounting cash‑flow pressures, shrinking markets, intensified environmental inspections, and the urgent need for digital transformation—all these pressing challenges are squeezing the operating space of textile printing and dyeing firms. For manufacturers specializing in single product categories or producing lower‑end fabrics, the situation is even more daunting. At this juncture, the key to surviving and thriving in the remainder of 2022 lies in relentless self‑improvement and strengthening core competencies.

2026/05/20

Common Sense for the Safe Use of Textile Printing and Dyeing Machinery

Textile printing and dyeing machinery is a high-speed rotating device that generates substantial centrifugal forces during operation. To ensure the safety of operators and equipment, the following safety guidelines must be strictly observed.

2026/05/20

Technical classification of printing and dyeing machinery at home and abroad

In the past two years, new dyeing and finishing processes, new technologies, and new equipment have continuously emerged at home and abroad, showing the vigorous development of the printing and dyeing machinery industry. Energy saving, environmental protection and high efficiency are the sustainable development direction of the dyeing and finishing industry in the 21st century. New technologies and automation technologies such as short process, waterless processing technology, non-plate printing technology, low temperature plasma treatment and so on are the development trends of dyeing and finishing machinery in the future.

2026/05/20