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In weaving workshops, handling and changing warp beams is an essential process. However, traditional methods, which rely on manual labor or semi-manual tools, are not only inefficient but can also lead to injuries, production delays, and hidden waste of labor. The emergence of electric warp beam tro Read More

In the weaving industry, the storage and management of warp beams often takes up a significant amount of space and manpower. Traditional manual stacking and handling methods are not only inefficient but also prone to beam damage, increasing hidden costs. With the accelerating trend toward smart manu Read More

In the textile industry, the speed and accuracy of order delivery directly determine customer satisfaction and company competitiveness. However, traditional manual inspection and packaging methods are often inefficient, have high error rates, and are prone to missed inspections and rework, leading t Read More

In textile mills, handling warp beams is often considered "simple manual labor." However, it's actually a hidden black hole that leads to inefficiency and increased costs. Manual handling not only consumes a significant amount of manpower but also poses safety risks and material loss, directly lengt Read More

Amidst the "dual carbon" goals and the transformation and upgrading of the global textile industry, more and more factories are realizing that high energy consumption and material waste are quietly eroding profit margins. This is particularly true in the fabric inspection and packaging stages. Read More

In apparel and textile production, raw material costs often account for over 50% of total costs, and fabric loss is a hidden profit killer for many companies. Even if your production line appears to be running smoothly, if fabric isn't effectively relaxed before cutting, shrinkage, curling, and deformation can unknowingly eat up significant profits.
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