Advanced control for urological procedures
The MH01 30W Holmium Laser is a versatile platform developed for urological applications, including urinary stone treatment and soft tissue procedures. Operating at a 2100nm wavelength, it delivers effective energy absorption in both stone and tissue, supporting controlled treatment across a broad range of clinical needs.
With adaptable pulse modes and intuitive settings, the MH01 allows clinicians to tailor treatment parameters to suit individual procedures and patient requirements, supporting consistent and reliable outcomes.
The MH01 30W Holmium Laser operates at a 2100 nm wavelength, which is highly absorbed by water within both stone material and soft tissue. This allows laser energy to be delivered in a controlled and targeted way during urological procedures. For lithotripsy, the laser energy is transmitted through a fibre to fragment urinary stones. Adjustable pulse energy (0.2–4 Joules) and frequency (3–25 Hz) settings enable clinicians to tailor treatment according to stone size, density and location, supporting efficient and controlled fragmentation.
The system features both short- and long-pulse modes to adapt energy delivery to procedural goals. Short-pulse mode supports effective stone break-up, while long-pulse mode enables controlled soft tissue ablation with reduced impact on surrounding structures. Designed to help minimise retropulsion, the MH01 supports improved stone control during treatment. RFID-enabled smart fibre recognition ensures compatible fibres are identified automatically, helping streamline setup and maintain consistent performance throughout procedures.
The MH01 is designed for urological applications including urinary stone management and soft tissue procedures. It can be used for kidney, ureteral and bladder stones, as well as selected soft tissue ablation within urology.
Short-pulse mode is typically used for efficient stone fragmentation, while long-pulse mode supports deeper fissuring and controlled soft tissue ablation. This flexibility allows clinicians to adjust energy delivery based on the specific procedure and patient needs.
The system features RFID-supported fibre recognition, an intuitive interface and pre-set treatment protocols. Its compact design allows easy integration into urology environments, and it is compatible with both single-use and reusable fibres to suit different operational preferences.
Yes. The laser settings can be adjusted depending on the size and type of stone or the specific procedure, allowing treatment to be tailored to individual needs.
