Introducing MOSES™ Technology by Lumenis
Redefining Holmium Lithotripsy Technology
Through a proprietary combination of holmium laser systems and fibers, MOSES™ technology optimizes laser energy transmission to increase stone ablation volume while reducing dependency on the working distance between the fiber and stone. The unique MOSES™ pulse modulation reduces stone retropulsion and, in-turn, stone migration, leading to a more efficient treatment and greater physician control over the procedure.
Reframing the Law of Physics
EXPERIENCE OPTIMIZED ENERGY TRANSMISSION
MOSES™ technology delivers groundbreaking pulse technology that remarkably improves energy transmission, overcoming energy reduction in working distances 3
Energy transmission vs. working distance - bench test 3. A representative case.
MINIMUM RETROPULSION - MAXIMUM CONTROL
MOSES™ technology significantly reduces retropulsion during lithotripsy and minimizes stone migration, resulting in better physician control 1, 5
. Pre-clinical experience suggests that minimized retropulsion may also lead to shorter procedure time 1,5
Stone retropulsion analysis
STATE OF THE ART FIBERS
MOSES™ tailored premium fiber range of 200, 365 and 550 D/F/L fibers designed for optimal energy transmission and durability.
SMOOTH PROCESS - MORE CONFIDENCE
Advanced ball-shaped tip enables a smooth initial insertion of the MOSES™ 200 D/F/L through a flexible scope, and designed to minimize potential scope damage/reach difficult-to-access stone locations.
LEAVE NO STONE BEHIND
MOSES™ 200 D/F/L flexible fiber is designed to minimize scope deflection loss 3
, allowing to reach difficult-to-access stone locations.
Deflection loss of flexible scope - bench test 3. A representative case