Lumenis Moses 2.0 Holmium Laser System

Description

Lumenis MOSES 2.0 Holmium Laser System

The Lumenis MOSES 2.0 Holmium Laser System is an advanced urology laser platform engineered for lithotripsy, benign prostatic hyperplasia (BPH) treatment, and soft tissue procedures. Developed by Lumenis, the MOSES 2.0 technology enhances laser energy delivery efficiency while improving procedural precision and reducing retropulsion during stone fragmentation.

Widely used in modern urology practices and surgical centers, the MOSES 2.0 system combines high-power holmium laser technology with innovative pulse modulation, offering faster procedures, improved surgeon control, and optimized clinical outcomes.

What is the Lumenis MOSES 2.0 Holmium Laser System?

The MOSES 2.0 is a high-performance holmium:YAG laser platform designed specifically for urological applications. It uses advanced pulse modulation technology to separate laser energy into two peaks, allowing energy to travel more efficiently through water before reaching the target.

This technology helps improve:

• Stone fragmentation efficiency
• Dusting performance
• Hemostasis
• Tissue incision precision
• Procedural speed
• Surgeon control

The system is commonly used for kidney stone treatment and laser prostate surgery.

MOSES Pulse Modulation Technology

MOSES technology optimizes energy transmission through fluid environments by minimizing energy dispersion.

Treating Kidney Stones:

Kidney stones are one of the most common urological problems in the United States and are also known as Renal Calculi. Approximately 1 in 11 people in the U.S. are affected by kidney stones. The stones grow slowly in the affected patients (over several years) and do not usually cause pain until they move or obstruct the kidney.

With medical treatment more than half of these stones will pass on their own, usually within 1 to 2 weeks. However, stones that become lodged in the ureter or larger stones may require surgical removal.

The Holmium laser has significantly improved the management of stones, providing a less invasive and more effective treatment. Holmium lasers and associated fibers effectively fragment stones of any composition or size throughout the urinary tract.

MOSES Technology
A patent-protected innovation revolutionizing urology care.

Nearly 20% reduction in procedure time
As shown in a randomized clinical trial, compared with regular Holmium pulse, MOSES Technology reduces lithotripsy procedure time by nearly 20%, making your treatments more efficient.

50% reduction in retropulsion
Displayed 50% reduction in retropulsion compared to regular Holmium pulse, potentially minimizing incidents of ureteral stone migration into the kidney and avoiding stone chasing.

33% reduction in fragmentation time
MOSES Technology optimized energy transmission makes every shot count, reducing your fragmentation time by 33%.

Main Advantages

• Reduced stone retropulsion
• Faster stone fragmentation
• Improved laser efficiency
• Enhanced procedural control

High-Power Holmium Laser Platform

The system supports high-energy output for demanding surgical procedures.

Benefits

• Faster lithotripsy procedures
• Efficient prostate enucleation
• Improved tissue ablation
• Versatile clinical applications

Advanced Touchscreen Interface

The intuitive user interface simplifies parameter selection and workflow management.

Interface Features

• Procedure presets
• Custom settings
• Real-time parameter monitoring
• Easy navigation menus

Supported Applications

• Flexible ureteroscopy
• Percutaneous nephrolithotomy (PCNL)
• BPH surgery
• Soft tissue procedures

Clinical Applications of MOSES 2.0

Kidney Stone Treatment

The system is highly effective for urinary stone fragmentation.

Stone Treatment Capabilities

• Dusting
• Fragmentation
• Popcorning
• Hard stone management
• Ureteral stone treatment

Benign Prostatic Hyperplasia (BPH)

MOSES 2.0 is widely used in laser prostate procedures.

BPH Procedures

• HoLEP (Holmium Laser Enucleation of the Prostate)
• Prostate tissue vaporization
• Soft tissue incision
• Hemostasis support

Soft Tissue Surgery

The precise holmium laser enables controlled tissue interaction.

Surgical Benefits

• Minimal bleeding
• Accurate cutting
• Reduced thermal damage
• Faster recovery support

Pulse Sequence

1. First pulse creates a vapor bubble
2. Second pulse travels through the bubble efficiently
3. More energy reaches the target stone or tissue

This improves fragmentation efficiency while minimizing stone movement.

Technical Specifications