In the wave of industrial automation, "efficiency" and "precision" have become the core keywords of quality inspection. Today, we are proud to introduce a custom-designed solution: the Fully Automated Airtightness Testing Workstation.

This system integrates dual-vibratory plate feeding, 8-station synchronous testing, and intelligent sorting to maximize throughput without compromising accuracy.

Today, a customized ESC (Electronic Stability Controller) assembly and testing line for a client is being introduced. This production line combines automatic loading and unloading, fully automated wave soldering, as well as assembly and testing. It ensures both the precision of the assembly process and high efficiency, representing the advanced level in the current automotive electronics manufacturing industry

When welding large sized side plates for new energy vehicle batteries, some customers face a tricky challenge: using only one press leads to pressure being concentrated in the center, causing the edges to warp. Using two independent presses, on the other hand, leads to system desynchronization, resulting in module deformation and uneven welding stress.

These seemingly small deviations can cause virtual welding, missed welding, or even directly affect the safety and lifespan of the battery pack. It’s like two people trying to lift a table if they don’t coordinate their efforts, the items on the table will be hard to keep stable.

On the track toward high quality development in the new energy vehicle industry, the drive motor serves as the vehicle's "heart." Its assembly quality directly determines the vehicle's reliability and driving experience, and it is also the core foundation for industrial advancement. Among the various stages of drive motor assembly, the rotor insertion, housing fitting, and press-fit process is arguably the most demanding in terms of precision.

Insulin pens, auto-injectors, disposable syringes, and other injection systems have become indispensable and commonly used devices in modern healthcare. Their assembly quality directly determines whether the product can be used safely and reliably. Traditional press-fit processes are quickly reaching their limits in this regard particularly in terms of quality traceability, process repeatability, and equipment flexibility. The PROMESS press-fit module offers a modern, highly process-reliable solution that is not only more precise but also smarter representing a true technological innovation for manufacturers of medical systems.