On August 19, the first stage of the Zhuque-3 Y2 carrier rocket successfully completed land recovery according to the scheduled procedure, marking China's first achievement of land recovery for an orbital-class carrier rocket first stage. Following the successful sea-based net recovery of the Long March 10B first stage in July, from "precise catching" to "steady landing," these two different recovery methods demonstrate China's continuous breakthroughs in automatic control, precise execution, and system coordination. We must not only "fly high," but also "catch accurately and land steadily," and moreover, turn one success into repeated successes.

"Upgrade getting it right once to getting it right every time; upgrade single-machine automation to whole-line coordination. This is precisely the value that intelligent manufacturing continuously pursues."

The technical logic behind these two different rocket recovery methods is actually quite similar to the transformation that manufacturing is currently undergoing. In the past, automation more often solved the problem of "whether there is someone to do the work"; today, enterprises are more concerned with "whether it can be done well consistently." In high-speed injection molding production, processes such as robotic arms, in-mold labeling, visual inspection, and stacking packaging require not just completing actions, but maintaining stable rhythm and consistent quality in continuous production. Upgrade getting it right once to getting it right every time; upgrade single-machine automation to whole-line coordination. This is precisely the value that intelligent manufacturing continuously pursues.

For SWITEK, the meaning of automation is also evolving from "replacing manual labor" to "continuously creating value." Centered on injection molding and in-mold labeling applications, SWITEK systematically integrates processes such as robotic arms, IML, visual inspection, and backend packaging, enabling automation equipment to not only operate at high speed but also adapt to long-term, continuous, and repetitive production needs. From rocket recovery to reusable rockets, from manufacturing automation to stable mass production, what technology ultimately must answer is the same question: how to turn one success into every time being trustworthy.