Pulsed Master

Urology

Game Changers

Experience Unparalleled Precision, Speed, and Safety with Thulium Fiber Laser!

1940nm wavelength

High water absorption (120 cm⁻¹, 4.8× Ho:YAG) concentrates energy within <0.3 mm depth for efficient stone and BPH treatment

Better powderization, more efficient RIRS

Thulium Fiber Laser

Revolutionizing Stone Management in RIRS,TFL empowers urologists to achieve faster, safer, and more precise outcomes

Higher efficiency 
Due to the high frequency and optimized pulse characteristics, TFL can complete stone removal in a shorter time, significantly reducing the intraoperative laser time and improving surgical efficiency
Lower back thrust
The laser pulse has a lower peak value and a longer duration, which makes it difficult for stones to be “knocked away” and easier to control the target area, especially suitable for treating ureteral stones.
Reduce the use of ureteral sheaths
Thin optical fibers reduce the reliance on large-diameter ureteral access sheaths, reduce the risk of intraoperative trauma, and improve surgical safety

Ease of access to challenging calyces

TFL beam is smaller and more focused, and with 50–150μm ultra-fine optical fiber, it can easily enter the lower pole pelvic renal area and improve lithotripsy clearance rate
More user-friendly
Lower backlash and better field of view allow beginners to quickly get started, greatly shortening the learning curve and reducing the difficulty of surgery

Safe and efficient ThuFLEP

Pulsed Master- TFL System

Why Surgeons Choose Pulsed Master for BPH?

Proven superiority over traditional TURP procedures

Low Maintenance & Operating Costs

Air cooling, long-lasting diodes (10,000+ hours), and no fragile optics mean less downtime, fewer replacements, and reduced total cost of ownership

Compact Design

Pulsed Master is built with a minimal footprint, saving space in the OR while offering maximum functionality — ideal for modern surgical environments.

Energy Efficiency

With up to 12% laser conversion efficiency and low total power consumption (800–1,000 W), TFL reduces energy costs and environmental impact — nearly 10× lower than traditional Ho:YAG systems

Low Noise Operation

Quiet by design — TFL runs smoothly without the loud fans or water cooling systems found in conventional lasers, creating a calmer surgical environment.

Flexible Integration

Compact, lightweight, and compatible with 110V–220V (10A/16A), making it easy to install and deploy in various clinical settings without infrastructure modifications.

Dual Pedal Foot Switch

Swift mode switch between 'Dusting' and 'Fragmentation' for efficient surgeries

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+86-13828248946

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marketing@potent-medical.com

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Guangzhou City, ChinaRoom 

5003, Bldg. A01, Ping’an Technology Guigu Industrial Park, No. 74 Chuangyu Road, Ningxi Street, Zengcheng District

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