洞察行业趋势 · 了解驰速最新动态
Thread-forming screws in plastic bosses are governed by coupled thread formation, constrained material deformation, and motion control—not torque alone. This article explains cracking, stripping, and screw tilt; defines a coordinated torque–speed–downforce window; and outlines practical selection, first-article validation, and SPC monitoring methods.
The land is resplendent, and the entire nation rejoices. On the front lines of smart manufacturing, there are no earth-shaking feats—only quiet, dedicated hard work. With their precise and stable performance, automatic screw-tightening machines ensure every detail of production is met with the utmost care, using the power of meticulous craftsmanship to propel the rise of China’s manufacturing industry.
The spirits of our heroes live on in history, and their legacy is passed down through the ages. On the production lines of smart manufacturing, behind the stability and prosperity of our era, lies a land kept safe and sound by the blood and sacrifice of our forebears.
China's new-type energy storage has entered a scale-up phase, while its logic is shifting from volume expansion to value creation. This article reviews how assembly needs are changing from cells and modules to system integration, and what these changes mean for fastening efficiency, consistency, and traceability.
Kitchen appliances like coffee makers and air fryers have complex internal structures with diverse screw specifications. This article analyzes locking characteristics for the small appliance industry and provides a complete automation solution.
The bright moon illuminates the land, and “Perfect” fulfills its promise. In the field of smart manufacturing for automatic screwdriving machines, perfection is never a given—it is the confidence behind every precise screwdriving operation and the dedication to ensuring the stable operation of every machine. Through the pursuit of the utmost precision, we build every aspect of perfection in smart manufacturing.
With increasingly strict quality traceability requirements, screw locking data collection has become essential for manufacturers. This article systematically explains how to build data systems from standalone collection to cloud traceability.
In 2026, China's manufacturing sector faces severe labor shortages with widening gaps in frontline assembly workers. This article analyzes the replacement value of automated screw locking from a labor cost perspective and establishes an ROI calculation model.
Time passes silently, but the warning bell rings out ceaselessly. A history etched deeply in our collective memory serves as a constant reminder in the very blood of our nation—and as a source of strength that drives us forward. This spirit of self-reliance and perseverance is not confined to the tumultuous days of the past; it lives on in every smart manufacturing site, every production process, and every instance of technological innovation at Chisu Automation.
Stripping, floating lock, and over-tightening are the three most common failure modes in automatic locking processes, each with distinct characteristics and causal mechanisms. This article systematically analyzes diagnostic methods and preventive measures for these three failure modes.
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