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In apparel production, the delivery cycle length not only impacts customer satisfaction but also directly impacts a company's competitiveness. However, when accelerating production, many factories often focus solely on back-end processes like cutting and sewing, overlooking a hidden efficiency bottleneck: fabric relaxation. Read More

In today's fast-paced, highly competitive textile market, customers are demanding ever-shorter delivery cycles. Backlogs of orders not only impact factory scheduling efficiency but can also lead to customer churn, damage reputation, and even direct order cancellations and breach of contract compensa Read More

In traditional textile mills, warp beam handling often involves two or three operators working together to lift, push, and position warps. This is not only labor-intensive and inefficient, but can also easily lead to warp yarn damage, fatigue, and even accidents due to improper operation. With the a Read More

In modern weaving mills, the efficiency of warp beam replacement directly impacts the operating speed of the entire production line. The traditional method of manually pushing and pulling warp beams, requiring multiple people to coordinate the installation, is not only time-consuming and labor-inten Read More

In the textile industry, manual fabric inspection is a repetitive task that relies heavily on experience and patience. Not only is labor costly, but defects can be missed due to fatigue or negligence, ultimately impacting fabric quality and customer satisfaction. With the rapid development of AI tec Read More

In the textile industry, warp beam management and handling in weaving workshops consumes a significant portion of daily labor. Warp beams, weighing hundreds of kilograms, are transported from the warping area to the looms, then stored and sorted for storage.  Read More