DETAILS

Surgical lasers

Litho30

• Brand: QUANTA

• Litho device is a Holmium (2.1 μm) surgical laser offering a wide selection of settings for the treatment of stones and soft tissue surgery, together with high versatility, cost-effectiveness and ease of use.
• Its radiation is strongly absorbed by water, resulting in effective hemostasis and limited depth of penetration (0.3-0.4mm).
• Apart from urology treatments, this device can be used in the resection and ablation of different soft tissues.
• The compact tower design simplifies its transportation and storage, easing its use in different hospital wards

Cyber HO

• Brand: QUANTA

Cyber Ho Holmium (2.1 μm) laser devices meet the increasing demand for efficacy and flexibility, with a unique multi-application laser platform able to perform both Lithotripsy and HoLEP.

Cyber Ho is available in two versions (medium and high power) that can reach up to 105 W power, represent outstanding innovation by offering the exclusive Vapor TunnelTM and MasterPULSETM technologies for advanced retropulsion control. This device also offers impressive settings regarding power, energy and frequency.

Cyber TM

• Brand: QUANTA

Cyber TM represents the family of high-power Thulium laser (150W e 200W) dedicated to BPH and urology treatments, together with other soft tissue surgery in many other medical specialties. Its 2 μm radiation is strongly absorbed by water (highly present in all tissues), making its cutting and vaporization speed relatively constant during the procedure regardless of tissue vascularization. Furthermore, this wavelength results in extremely reduced depth of penetration (0.1-0.2 mm), efficient tissue ablation and effective hemostasis

Surgical Lasers: Precision and Innovation in Medical Procedures

Surgical lasers represent a cutting-edge advancement in modern medicine, offering unmatched precision, control, and effectiveness across a wide range of procedures. Whether used in dermatology, ophthalmology, oncology, or general surgery, surgical lasers allow for minimally invasive treatments that lead to faster recovery times and reduced complications. These powerful tools harness light energy to target and treat tissues with extreme accuracy, minimizing damage to surrounding areas, ensuring precision in every step of the procedure.

Minimally Invasive with Faster Recovery

One of the key benefits of surgical lasers is their ability to perform procedures with minimal invasiveness. Unlike traditional surgical methods that require large incisions, lasers can make tiny, precise cuts or vaporize tissues with pinpoint accuracy. This reduces trauma to surrounding tissues, minimizes bleeding, and significantly lowers the risk of infection. As a result, patients experience less postoperative pain, faster recovery times, and smaller scars, leading to improved overall patient satisfaction.

Enhanced Precision and Control for Surgeons

Surgical lasers offer unparalleled control, allowing surgeons to work with precision that is difficult to achieve with traditional instruments. Lasers can be finely tuned to target specific tissues, delivering controlled amounts of energy for precise cutting, ablation, or coagulation. This level of control is especially crucial in delicate surgeries, such as those involving the eyes, nerves, or blood vessels, where even the smallest errors can have significant consequences. The precision of surgical lasers leads to enhanced outcomes, fewer complications, and improved patient safety.

Versatile Applications Across Medical Specialties

The versatility of surgical lasers makes them indispensable in various medical specialties. In dermatology, lasers are used for cosmetic treatments such as removing scars, wrinkles, and tattoos. In ophthalmology, they are essential for correcting vision issues, such as in LASIK surgery. Oncology benefits from laser technology in tumor removal and tissue ablation, while in general surgery, lasers are used to treat a range of conditions from varicose veins to kidney stones. This adaptability allows medical professionals to offer advanced treatments tailored to specific patient needs, expanding the range of minimally invasive options available.