XOD’s ZELUSSO is a cutting-edge, multi-application platform seamlessly integrating IPL and multiple Laser technologies into a single, expandable system. With its FDA-approved indications and unmatched versatility, ZELUSSO supports the dynamic needs of modern aesthetic practices, ensuring optimal clinical outcomes for diverse patient needs.
Whether you’re delivering powerful hair reduction with advanced diode technology, treating vascular concerns with Nd:YAG precision, addressing pigmentation with targeted IPL wavelengths, or performing skin resurfacing with specialized Erbium platforms, ZELUSSO offers a comprehensive solution for your clients’ diverse aesthetic needs.
Zelusso Arctic Pulse with Sub Zero cooling effect and Pulse Control
ZAP SMT represents the pinnacle of IPL technology, integrating sub-millisecond pulsing with an innovative subzero cooling system. This advanced combination allows for precise targeting of pigmented lesions, vascular irregularities, and overall skin rejuvenation, all while ensuring maximum patient comfort. The rapid pulse durations enhance treatment efficacy, and the cooling mechanism minimizes discomfort and protects the skin, making ZAP SMT a preferred choice for effective and comfortable photorejuvenation.
Zelusso's Non-Ablative 1540nm Fractional Laser Facial
Zelux utilizes advanced non-ablative 1540nm fractional laser technology to rejuvenate the skin from within. By delivering precise microbeams of laser energy into the dermis, Zelux stimulates collagen production and promotes the replacement of damaged skin cells with healthier tissue. This process effectively reduces the appearance of fine lines, wrinkles, acne scars, and stretch marks, resulting in a smoother and more youthful complexion. The non-ablative nature of the treatment ensures minimal downtime, allowing patients to return to their daily activities promptly.
Ablative/ Fractional 2940nm Er:YAG Laser Resurfacing
Erbiance employs the precision of the 2940nm Er:YAG fractional laser to perform targeted skin resurfacing. This treatment ablates micro-columns of skin tissue, effectively removing damaged outer layers and stimulating the body’s natural healing response. The result is significant improvement in skin texture, tone, and elasticity, with reduction in wrinkles, sunspots, and superficial scars. Erbiance offers controlled ablation with minimal thermal damage to surrounding tissues, leading to efficient healing and remarkable aesthetic outcomes.
IPL Hair Removal (Zelair) and Diode Laser Hair Removal (Zelair+)
Zelair offers effective hair removal using Intense Pulsed Light (IPL) technology, suitable for reducing unwanted hair with precision and comfort. For a more advanced solution, Zelair+ employs diode laser technology, known for its efficiency in targeting hair follicles and providing longer-lasting results. Both treatments are designed to cater to various skin types and hair colors, ensuring a customized approach to achieving smooth, hair-free skin.
Flexible Financing Available
Monthly payments starting at just $1295!
Starting Price is: $64,995
* Pricing based on Tier One Medical Rate. Pricing does not include tax & freight.
XOD ZELUSSO’s integration of multiple advanced laser and IPL technologies ensures outstanding clinical efficacy and patient comfort. Its Sub-Zero cooling technology drastically minimizes discomfort and reduces risks, supporting higher patient satisfaction and treatment compliance.
The expandable and upgradeable nature of XOD ZELUSSO allows seamless integration of new technologies and modules, enabling your practice to continuously adapt and expand services without additional significant investments.
Validated by clinical research, sub-millisecond IPL pulses enhance efficacy while minimizing thermal damage. This advanced delivery method, as used in Zelusso’s technology, provides precise treatment for pigmentation, vascular lesions, and skin rejuvenation—achieving visible results with unmatched patient comfort.
This study investigates the effectiveness of intense pulsed light (IPL) systems using sub-millisecond pulse durations. It evaluates their ability to selectively target melanin and hemoglobin while minimizing thermal diffusion, enabling safe and efficient treatment of pigmented and vascular lesions with reduced discomfort and faster recovery times.