NanoVive HS-290

The 585 nm and 650 nm wavelengths in nanosecond lasers target specific tattoo inks and pigmented spots. The 585 nm wavelength works best on sky blue color varieties, while the 650 nm wavelength is effective on green variety inks. The laser breaks the pigment into tiny particles, which the body naturally removes, helping fade tattoos or dark spots safely and effectively.

After your laser treatment, it’s important to take care of your skin. Avoid direct sun and tanning, skip harsh skincare products like peels or retinoids, and don’t scratch or pick at your skin. Also, stay away from hot showers, saunas, and intense exercise for a few days. Following these steps helps your skin heal properly and gives the best results.

Topical numbing cream is optional and used only for patient comfort. Most laser aesthetic treatments are well-tolerated without it, and general anesthesia is rarely necessary.

In photothermal effects, the laser energy is absorbed by the target (like pigment, blood, or water) and converted into heat, which destroys the target gradually while affecting surrounding tissue minimally. In photoacoustic effects, ultra-short laser pulses generate a mechanical shockwave that breaks apart the target without relying on heat, making it ideal for precise pigment or tattoo removal with minimal thermal damage. Essentially, photothermal uses heat, while photoacoustic uses pressure/wave energy.

A DOE (Diffractive Optical Element) and MLA (Micro-Lens Array) are two different optics used to split laser energy into multiple micro-spots. A DOE creates a highly uniform, evenly distributed grid of micro-beams with consistent spacing and energy, making treatments more controlled and predictable. An MLA uses many tiny lenses to split the beam, but can produce less uniform patterns with slight variations in spot intensity. In short, DOEs offer greater precision and consistency, while MLAs are simpler but less accurate.

Patients cannot receive treatments if they have experienced or is currently experiencing the following: women who are currently pregnant or breastfeeding, recent sun exposure or tanning, photosensitizing medications (like Accutane or certain antibiotics), history of keloids, photosensitive medical conditions (e.g, lupus, porphyria), uncontrolled medical issues related to skin healing, recent self-tan usage of strong-irritating products. When unsure, consult a doctor prior to treatment.

Our laser is designed to recognize only the pigment or structure we want to treat. It delivers energy in a precise wavelength and pulse that breaks up the spot without overheating the surrounding skin. This is achieved through a scientific principle called Selective Photothermolysis.

Most treatments can be repeated every 1–4 weeks, depending on the energy level and skin recovery. Gentle treatments have little to no downtime, while deeper resurfacing may require several weeks between sessions.

All of our devices include a 2-year warranty with no shot count limits, courtesy annual maintenance service checks, and lifetime customer support from our U.S. service centers.  Our dedicated technical team is available for remote troubleshooting, and we can dispatch engineers on-site if required.

Our systems are designed to be safe for all Fitzpatrick skin types. Each device allows clinicians to adjust energy levels and treatment parameters based on individual skin characteristics, ensuring safe, effective, and comfortable results across all skin tones.

Our technologies are designed to deliver long-lasting results, but no aesthetic treatment is completely permanent. Factors such as aging, lifestyle, and sun exposure can affect the longevity of results. With proper maintenance and care, patients can enjoy significantly improved and longer-lasting outcomes.