by Neysa Geocallo | Oct 7, 2026 | Blogs, Consumer Tips
CO2 laser maintenance is different from servicing many other aesthetic lasers. CO2 systems operate at 10,600 nm and are commonly used for fractional and ablative resurfacing. They also have their own service needs. Our technicians work on platforms such as: Lumenis...
by Neysa Geocallo | Oct 6, 2026 | Blogs, Consumer Tips
Diode laser maintenance revolves around one major issue: Heat. Diode hair-removal systems use semiconductor emitters to produce laser energy. Those emitters can perform reliably for a long time when the system manages heat correctly. Poor cooling changes that...
by Neysa Geocallo | Oct 6, 2026 | Blogs, Consumer Tips
Picosecond laser maintenance requires more than checking whether the machine turns on. Tattoo-removal systems depend on precise optics, stable output, accurate handpieces, and correct alignment. Platforms such as PicoWay and PicoSure operate with extremely short...
by Neysa Geocallo | Oct 6, 2026 | Blogs, Consumer Tips
Not every machine in a med spa is a laser. Modern practices may also use: RF microneedling Radiofrequency body treatments Ultrasound Vacuum systems Infrared energy Controlled cooling Mechanical body-contouring systems These technologies work differently from lasers....
by Neysa Geocallo | Oct 5, 2026 | Blogs, Consumer Tips
Pulsed dye laser maintenance is different from maintaining most other aesthetic lasers. Vbeam systems use a liquid dye solution as part of the laser source. That dye does not last forever. As a result, owners need to think about dye condition, output, cooling, optics,...
