Laser Treatment for BPH

Laser Treatment for BPH

1940 nm Thulium Fiber Laser for Minimally Invasive Prostate Surgery

Benign prostatic hyperplasia (BPH) is a common urological condition associated with enlargement of the prostate and lower urinary tract symptoms.

Laser technology provides a minimally invasive approach for selected BPH procedures, using controlled laser energy to vaporize, ablate or remove obstructive prostate tissue according to the surgical technique.

How Does Laser Treatment for BPH Work?

During an endoscopic procedure, laser energy is delivered through a specialized optical fiber.

The surgeon uses controlled laser energy to treat prostate tissue while working through the endoscopic access route.

The specific technique and laser parameters depend on the selected surgical method, prostate anatomy and clinical protocol.

Why 1940 nm Thulium Fiber Laser?

01

High Water Absorption

The 1940 nm wavelength has strong absorption in water, supporting controlled interaction with water-rich tissue.

02

High-Power Output

High-power configurations provide flexibility for demanding surgical procedures.

03

Precise Fiber Delivery

Laser energy can be delivered through a small optical fiber integrated with endoscopic instruments.

04

Flexible Pulse Control

Adjustable laser parameters allow the surgeon to select appropriate energy delivery according to the procedure.

Recommended Systems

1940 nm | Up to 600 W

Designed for advanced urological surgery.

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FAQ

What is BPH laser surgery?

BPH laser surgery uses laser energy to treat enlarged prostate tissue through a minimally invasive endoscopic approach.

What wavelength is used for BPH?

Different laser technologies are used for BPH. GIGAA's advanced platform uses 1940 nm Thulium Fiber Laser technology.

What are the advantages of 1940 nm Thulium Fiber Laser?

Its strong water absorption, high-power capability and fiber delivery make it suitable for selected prostate tissue vaporization and other advanced urological procedures.