In recent years, more and more materials, microelectronics, and biomedical labs have started purchasing their own plasma surface treatment equipment. But as long term observers of the lab community, we consistently see three recurring mistakes.
Buying the hardware, ignoring the process.
The equipment arrives, but no one on site knows how to set the correct gas ratios and treatment times. The unit ends up as a "discharge toy" – rarely used for real experiments.
Overlooking chamber size and electrode configuration.
You buy a small chamber, only to find that your sample dimensions just don't fit – or the system comes with only one electrode type, making it impossible to process both powders and bulk solids on the same platform.
Neglecting data reproducibility.
Scientific research demands that results obtained today are reproducible next week. Many low end systems suffer from RF power drift and unstable vacuum control, directly compromising the repeatability of your published data.
A truly research grade plasma system must offer: a stable RF power supply, precise vacuum control, configurable multi gas delivery, and full process traceability.
With over a decade of experience serving numerous universities and research institutes – including collaborations with WLCSP and other advanced facilities – PLAUX deeply understands the unique demands of academic users. What we deliver is not just a standalone machine, but a validated, repeatable, and fully documented experimental platform. If you want to avoid wasting time on equipment issues, steer clear of these three pitfalls from the very beginning.
