Frequently asked questions

Soprano Titanium is the latest iteration of the popular and acclaimed Soprano laser hair removal system. It represents the most comprehensive and efficient laser hair removal technology available today. Developed by Alma, a leading global provider of energy-based solutions for surgical, medical aesthetics, and beauty markets, Soprano Titanium is a groundbreaking hair removal platform that seamlessly integrates functionality and comfort. With its large 4 cm. applicator and advanced cooling system, treatments are now quicker and virtually painless, delivering a vastly improved experience for both patients and practitioners. Soprano Titanium capitalizes on the advantages of three combined wavelengths, resulting in enhanced outcomes and a customer-focused approach, revolutionizing professional hair removal solutions. Moreover, Soprano Titanium incorporates a distinctive cooling system known as IcePlus, which continually cools the skin, ensuring utmost comfort throughout the entire treatment process. The IcePlus technology, featuring a cold sapphire tip, effectively reduces the risk of burns while maintaining the necessary heat within the targeted hair follicles for optimal treatment effectiveness.

The Titanium version of Soprano introduces the QuattroTM technology, which combines the three most effective laser wavelengths for hair removal (755nm, 810nm, and 1064nm) in simultaneous and 3D lasing. Additionally, it features an extra-large spot size called QuattroTM, covering a substantial area of 600-900 cm2, resulting in a 40% reduction in treatment time. The renowned ICE technology, previously seen in Soprano ICE and Platinum versions, is now upgraded to ICE Plus in Soprano Titanium. This advanced cooling system combines TEC and Inverter cooling technologies to deliver an unmatched treatment experience for patients, ensuring their comfort throughout the procedure. Soprano Titanium also boasts dual connectors, allowing for sequential usage of two separate applicators. This innovative feature simplifies and speeds up treatment procedures, providing added convenience for practitioners. Similar to previous versions of Soprano, Soprano Titanium incorporates the groundbreaking in-motion™ technology known as SHR. This technology ensures complete coverage while the ICE Plus cooling system keeps the skin surface cool, minimising the risk of superficial burns and providing virtually painless yet highly effective hair removal treatments.

Soprano Titanium utilizes Alma Laser's SHR method, which has been clinically proven to be virtually painless for laser hair removal. This unique approach to heating and delivering energy effectively targets and damages the hair follicle while ensuring the surrounding tissue remains unharmed, minimising any discomfort. To enhance the treatment experience, Soprano Titanium integrates ICE Plus, an advanced technology that provides continuous cooling to the skin. This feature maintains a controlled and consistent temperature throughout the entire treatment, promoting optimal results. The ICE Plus system incorporates a cold sapphire tip that reduces the risk of epidermal damage while effectively maintaining the necessary heat within the dermis, where the hair follicles are targeted. The controlled temperature plays a crucial role in maximising the efficiency of the diode laser. With the integration of ICE Plus, patients can now enjoy a completely pain-free and comfortable experience throughout their laser hair removal session. The continuous cooling and range-controlled temperature ensure a cool and soothing treatment process.

Soprano Titanium considers safety first. Soprano incorporates SHR™ technology, the only clinically proven laser hair removal method that is virtually painless, and also the safest for all skin types, including dark tones. Its unique gradual heating and single pulse delivery method effectively damages the hair follicle and delays re-growth, while preventing injury to the surrounding tissue. This treatment can be performed anytime of the year, and works well on tanned skin, while ensuring that sun exposure does not leave any marks following treatment.

Yes, Soprano Titanium's SHR method is clinically proven to be a safe option even for individuals with dark skin. While the melanin in dark skin is highly sensitive to the heat typically used in laser treatments, Soprano Titanium's SHR method offers a solution. Instead of subjecting the hair follicle to a single high-energy pulse that can potentially cause harm to skin with high melanin content, SHR gradually and gently heats the skin until the desired heat energy reaches the hair follicle. This gradual approach ensures safety and minimises the risk of trauma to the skin, making SHR the safest laser hair removal option, including for patients with dark skin.

Yes! Soprano Titanium's SHR method utilizes a distinctive approach that targets the melanin in the skin, enabling the procedure to be safely conducted throughout the year, including on fake tanned skin. This means that individuals can undergo the treatment regardless of their tanning status. Additionally, the SHR method is less disruptive to the skin after sun exposure, minimising potential trauma and allowing for a smoother recovery process.

The number of sessions required can vary depending on individual factors such as hair thickness, density, and the treatment area. Typically, a series of 6-8 sessions, scheduled several weeks apart, is recommended for achieving optimal and long-lasting results.

Soprano Titanium is designed to be incredibly efficient, allowing you to complete your treatment even during your lunch break. One remarkable advantage of Soprano Titanium is its extra-large treatment applicator, which is twice the size of the standard applicator commonly used. As a result, the coverage area is significantly larger, leading to shorter treatment times. This not only saves you time but also enhances the overall comfort and convenience of the hair removal process. With Soprano Titanium, you'll be able to resume your daily activities in less time than ever before.