DioLase 808 —
The Gold Standard in Diode Laser Hair Removal
DioLase 808™ – Proven Performance in Every Pulse
DioLase 808™ is a high-performance diode laser system engineered to deliver reliable and efficient hair reduction treatments. Built around the widely trusted 808 nm wavelength, it offers an ideal balance of penetration depth and melanin absorption—ensuring effective targeting of hair follicles while maintaining skin safety.
Designed for clinics that demand consistency, this system combines intelligent energy delivery with user-friendly operation to produce dependable results across a wide range of patients.

Technical Highlights
| Wavelength | 808 nm |
| Spot Size | 12×24 mm |
| Power Output | 1800W peak with TruePulse™ modulation |
| Cooling System | UltraCool Sapphire™ tip (down to –35°C) |
| Delivery Mode | Smart Mode (preloaded protocols) and Professional Mode (manual adjustment) |
Why 808 nm Technology Still Leads the Industry
The 808 nm wavelength remains one of the most widely used standards in laser hair removal due to its ability to reach deeper into the follicle while selectively targeting melanin.
This allows:
TruePulse™ Energy Delivery System
Key Clinical Benefits
More power. More precision. More profit — directly to your clinic—More power. More precision. More profit — directly to your clinic—More power. More precision. More profit — directly to your clinic—More power. More precision. More profit — directly to your clinic—
Get Started Today
Upgrade your clinic with a system built on proven technology. Contact us today to schedule a demo and see how DioLase 808™ can enhance your treatment offerings.
FAQs for DioLase 808
Unlike IPL, the 808 nm diode laser uses a focused wavelength, allowing more precise targeting of hair follicles.
With integrated cooling, most patients experience minimal discomfort during sessions.
It is most effective for skin types I–IV, offering a strong balance of safety and performance.
Multiple sessions are typically needed to target hair during its active growth phase for optimal results.
