Equipment + Algorithms + Scenarios: Hongda Intelligence Reveals the 'Secret Code' of AI Smart Manufacturing!
What kind of sparks will fly when conventional textile dyeing and printing techniques encounter state‑of‑the‑art AI?
On the 29th, at the 4th Session of the 7th Council of the China Dyeing and Printing Association and the 14th Fong’s Annual Conference on Management Innovation in the Dyeing and Printing Industry, held in Yantai, a key message was repeatedly underscored: dyeing and printing are evolving into a data‑intensive precision manufacturing process.
This is no longer a future fantasy—it is an industrial revolution unfolding before our eyes. During the meeting, Mr. Gu Ren, Chairman of Changzhou Hongda Intelligence Technology Co., Ltd., shared his insights in a talk entitled 'AI Reshapes the New Smart Manufacturing Ecosystem for the Dyeing and Printing Industry,' helping to dispel the industry's uncertainty.
Drawing on his front-line R&D experience, Gu Ren shared a wealth of substantive, hard‑core technical insights. He pointed out that digital dyeing and printing manufacturing—built on the Industrial Internet, big data, artificial intelligence, and digital twin technologies—has become an irreversible development trend. Hongda's three self‑developed core systems became the highlight of the conference:
l The intelligent dyeing machine system, which gives the "recipe" a brain;
l The intelligent setting machine system, which precisely controls fabric hand feel and weight;
l The intelligent fabric inspection system, which performs millisecond‑level "CT scans" on fabrics.
The underlying logic of these technologies lies in the deep integration of equipment, algorithms, and scenarios, enabling machines to learn to think. For example, the systems can perceive subtle changes in production in real time, automatically optimize parameters, and convert the expertise of master craftsmen into data models. This not only improves efficiency and yield rates, but also transforms dyeing and printing from a "craft" into a "science."
Gu Ren's analysis reveals a profound industry truth: the core of intelligent transformation is not simply purchasing equipment, but building a "self‑evolving" smart manufacturing ecosystem. Data becomes the most critical production asset, and AI emerges as the most powerful productivity engine.
It is foreseeable that the dyeing and printing factory of the future will be a transparent space mapped by digital twin technology—where every process is computable, optimizable, and predictable. This conference served as a mirror, reflecting both the urgency and the aspiration of the industry's transformation.
The opportunity is here. Only by embracing AI can companies dye and print their own brilliant patterns on the new track of precision manufacturing.
Changzhou Hongda Intelligence Technology Co., Ltd. employs world‑first and proprietary sensing and inspection technologies, integrated with the Industrial Internet, big data, and next-generation artificial intelligence, to usher in a new era of fully intelligent setting processes.
01 Hawk Vision Intelligent Image‑Based Pattern & Weft Straightener
This machine features internationally leading full‑width scanning technology for pattern and weft straightening, effectively solving the global challenges of pattern distortion, weft skewing, and weft bowing in textile fabrics.
02 Hawk Vision Weft Density Detection & Automatic Overfeed Control System
By calculating the current weft density of the fabric through image processing, the system automatically controls the overfeed rate in real time based on the detection results, thereby ensuring the consistency and stability of the fabric grammage.
03 Smart Brain for the Stenter (Heat-Setting Machine)
Leveraging the Industrial Internet, big data, and next‑gen AI to pioneer a new era of smart, end‑to‑end setting operations.
04 HV-T500 Intelligent Heat‑Setting Process System
Monitors and controls the setting temperature and time inside the stenter oven to achieve precise heat‑setting results.
05 Intelligent Filter Screen Monitoring System for the Stenter
Real‑time monitoring and automatic alerting for dust accumulation on the filter screens inside the drying oven. This greatly improves energy efficiency and eliminates temperature differences between the fabric edges and center caused by clogged screens.
06 Automatic Energy‑Saving Exhaust System for the Stenter
The system controls the humidity level inside the drying oven or chamber, adjusts the exhaust air volume accordingly, thereby improving product quality and achieving energy savings and emission reduction.
07 MSC‑U5 Full‑Width Online Moisture Content Measurement and Control System
Using a novel Inshk full‑width moisture sensor detection method, this system resolves issues that occur during fabric drying, improves processing quality, hand feel, and luster, and plays a significant role in enhancing product quality while reducing energy consumption and emissions.
08 HD‑M Series Fabric Width Online Measurement System
Real-time measurement of the actual fabric width after heat-setting, with data logging and storage.
09 HV‑A Vision Fabric Inspection System
This system employs machine vision and computer technology to replace the conventional manual inspection process. It displays detected defects in real time and generates corresponding inspection data report files.
10 HV‑GM200 Intelligent Online Weight Scale
A world-leading online weight scale that eliminates manual punching-cutting and weighing, reducing fabric waste. It works with density detection to form a closed-loop target GSM control system, and enables data logging, storage, and retrieval.
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