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Swiss LaserClast

Make the difference > short or long pulses

Swiss LaserClast Close up_tiny
Laser

20 W versatile Holmium:YAG laser, optimum energy and pulse duration.

Effective stone and soft-tissue treatments

Optimum dusting & fragmentation through small diameter fibers

A wide dynamic power range

High maximum pulse energy (3.5 J) and pulse frequency (20 Hz)

All-in-one solution

Can be combined with Swiss LithoClast® systems and integrated into the All-In-One cart to form a universal stone treatment station

Case studies

Click below to see inspiring case studies with the Swiss LithoClast®2. 

Interested in more case studies? Click here

RIRS for upper calyceal stone

 

1 cm calcium oxalate stone located in the upper renal calyx, treated with Swiss LaserClast

Video courtesy of Dr. Guido Giusti, Ospedale San Raffaele Turro, Milano, Italy

 

Product features

SAFE OPERATION AND APPLICATION

  • Optimum pulse length selection adapting to specific stone and tissue treatment requirements
  • Predefined energy / frequency parameters for simple and optimized laser settings
  • Enhanced procedure and safety system assured with automatic maximum power setting and fiber reuse cycle supervision when using the original EMS SmartFibers
  • Use of EMS SmartFibers avoids fiber overuse and related loss of laser performance or system damage. Also prevents operator errors

EASE OF TRANSPORT AND INSTALLATION

  • Connects to standard electrical power outlet 100 - 240 VAC, 16 A
  • Integrated water / air cooling circuit – no external water connection required
  • Low weight and compact size
  • Can be combined with Swiss LithoClast® systems and integrated into the All-In-One cart to form a universal stone treatment station
  • Compact size allows integration in an endoscopy tower and saves OR space

INTEGRATED EASY-TO-CHANGE BLAST SHIELD

  • Blast shield protection of the optical laser system minimizes laser damage and avoids costly repair
  • EMS design allows the blast shield to be changed by the user thus minimizing maintenance costs
  • Comprehensive user guidance through graphical user interface touch screen

 

Clinical Studies

Impact of pulse duration on HO:YAG laser lithotripsy: Fragmentation and dusting performance
M. J. Bader Department of Urology, Kreisklinik Ebersberg Gemeinnützige GmbH, Ebersberg, Germany T. Pongratz · R. Sroka Laser Research Laboratory (LFL) in LIFE-Centre, Hospital of University Munich, Feodor-Lynen-Str. 19, 81377 Munich, Germany W. Khoder · C. G. Stief Department of Urology, Hospital of University Munich, Hanover, Germany 

 

 

 

Technical features

Product reference

FT-211# 

Technology

Laser