How does a chip inductor implanting robot achieve "one machine, multiple uses," automatically feeding inductors of various specifications?

The chip inductor implanting robot, as a key automated piece of equipment in the manufacturing process, has successfully achieved "one machine, multiple uses" thanks to its high flexibility and intelligent collaborative capabilities—seamlessly adapting to

How do laser welding machines enable highly reliable connections between supercapacitors and cylindrical batteries with micron-level precision?

As energy devices move towards high safety, long lifespan, and intelligent manufacturing, high-performance laser welding machines, with their comprehensive advantages of precision, cleanliness, and intelligence, continue to solidify the technological foun

What are the physicochemical processes involved in the self-discharge phenomenon of the planish machine for supercapacitor?

Modification of the membrane (such as the introduction of positive and negative electronegative groups) can reduce transmembrane shuttle stress by repelling corresponding ions, thereby further suppressing self-discharge.

How can a chip inductor plate placing machine reduce the impact of static electricity during the placement process?

The workbench must be covered with an anti-static mat, the floor must be made of anti-static flooring, and the operator's chair must be conductive.

Planish Machine for Supercapacitor/Cylindrical Battery: Enhancing Battery Cell Production Precision

The Planish Machine for Supercapacitor/Cylindrical Battery represents a significant advancement in battery manufacturing technology.

How to avoid thermal damage to the battery casing during high-speed production of laser welding machine for supercapacitor?

In high-speed production, the welding trajectory needs to be planned to avoid continuous heat accumulation in a single area.