CO₂ Surgical Laser for ENT

Clean, controlled cutting with minimal thermal impact. SmartXide Trio delivers ultra-short, high-peak power CO₂ pulses designed to deliver more energy above the ablation threshold throughout emission, enabling clean, precise incisions with minimal thermal spread to surrounding tissue.
By concentrating energy into short, controlled pulses, the system supports accurate tissue interaction while reducing unnecessary heat buildup— resulting in sharper cutting, improved visibility and greater control. This is particularly useful in delicate ENT procedures where preservation of surrounding structures is critical.
Compared to continuous or lower-peak delivery modes, ultra-pulsed emission enable effective cutting at lower average power levels, helping maintain consistency while minimising collateral damage. This level of control supports a wide range of applications, from fine microsurgical work on the vocal cords to more complex airway and transoral procedures.

Variable Scan Patterns including Cloverleaf
SmartXide Trio offers a range of scan patterns to support different surgical approaches, allowing energy to be applied in a controlled and consistent way across the treatment area.
Among these, the Cloverleaf scan pattern is designed to deliver even, superficial ablation while minimising thermal impact. By distributing energy across multiple overlapping paths, it avoids excessive heat build-up in any one area — supporting precise tissue removal with greater control.
This approach enables effective results at lower power settings, helping preserve surrounding structures while maintaining efficiency during treatment.
Whether used for fine tissue work or broader ablative procedures, variable scan patterns give surgeons the flexibility to adapt energy delivery to the clinical need — without compromising precision.

SmartXide Trio is fully compatible with CE-marked robotic introducers, enabling seamless integration into transoral robotic surgery (TORS) workflows. This allows surgeons to combine robotic access and dexterity with the precision and tissue interaction of ultra-pulsed CO₂.
The result is stable, controlled energy delivery in hard-to-reach anatomical areas — enabling precise dissection, minimal tissue charring and accurate evaluation of tissue margins. As TORS continues to evolve, Trio supports both current techniques and future surgical developments, without compromising familiar workflows. SmartXide Trio is uniquely compatible with the VITOM® Eagle from Karl Storz — a high-definition exoscope for enhanced visualisation in ENT and head & neck surgery. This integration provides a clear, magnified view of the surgical field while maintaining precise CO₂ laser control, supporting improved ergonomics, shared visualisation and enhanced precision
during delicate procedures.

With more than 200 published clinical papers, the SmartXide CO₂ platform is one of the world’s most extensively researched surgical laser technologies. Decades of clinical evidence support its precision, safety and effectiveness across a broad range of procedures, giving surgeons confidence in a platform trusted by clinicians worldwide.

Contact Lynton today for your copy of the supporting evidence for SmartXide CO₂.

SmartXide Trio is more than an ENT laser. Its advanced CO₂ technology supports a broad range of procedures across gynaecology, dermatology, plastics, oral and maxillofacial surgery, and selected neurosurgical applications. This multi-specialty capability helps healthcare providers maximise utilisation while giving clinicians access to a proven platform across a diverse range of surgical procedures.

Trio’s ultra-pulsed CO₂ creates clean, consistent circular fenestrations with minimal thermal load on the middle ear. This precision-driven delivery supports safer stapedotomy procedures, reducing acoustic risk and enhancing surgical confidence.

For microsurgery of the airway and vocal folds, Trio delivers the crisp ablation and minimal lateral thermal damage required for delicate tissue preservation. Surgeons gain enhanced control, cleaner margins and improved post-operative outcomes.

The integrated 980nm diode wavelength offers reliable haemostasis in highly vascular environments such as turbinate reduction, RRP and HHT. With reduced bleeding and clearer operative fields, surgeons can work efficiently and confidently while maintaining optimal tissue safety.