What is the best proctology laser machine for hemorrhoids internal plies and external piles PNS Fistula Fissure treatment?
What are the main devices available on the market for treating/removing hemorrhoids?
They can be broadly categorized as follows:
| Technology | Main function | Main features |
| Traditional scalpel | resection/cutting | Direct excision results in a large wound. |
| High-frequency electrosurgical unit/electrocoagulation | Cutting + Coagulation + Hemostasis | Mature and low cost |
| Ultrasonic scalpel | Cutting + Clotting | Thermal damage is relatively concentrated and hemostasis is good. |
| Vascular closure system | Vascular closure + resection | Strong hemostatic ability |
| Fractional Co2 laser 10600um | Cutting/Vaporization | Precise cutting and hemostasis |
| 980nm/1470nm diode laser + bare optical fiber | Cutting/Solidification | It can be used in soft tissue surgery, but the type and parameters of the fiber are crucial. |
| 980/1470nm+ Ring/Radial Fiber | Photothermal therapy inside hemorrhoids | LHP focuses on solidification, shrinkage, and remodeling. |
Why are 980/1470nm + ring fiber particularly suitable for “laser hemorrhoid treatment”?
The real advantage here isn’t “high laser energy,” but rather: the light emission pattern of the fiber, wavelength, and tissue absorption characteristics all collectively determine the treatment effect.
Traditional bare fiber
Assuming light exits forward from the fiber end:
→ → → Energy is mainly concentrated at the front end.
If power and timing are not properly controlled, a relatively concentrated area of thermal damage can easily form.
Loop/Radial Fiber Optics
It is:
↑ ← ● → ↓
Or more precisely, it emits light radially 360° around the fiber axis.
Therefore, after inserting the fiber into the hemorrhoid, energy can be released relatively evenly from inside the hemorrhoid to the surrounding tissue.
This is the core of LHP (Light-to-Hyperhemorrhoid Treatment).
The literature describes LHP as follows: It releases 980–1470nm laser energy into the hemorrhoid through radial energy, causing vascular plexus closure, tissue fibrosis and remodeling, ultimately reducing the size of the hemorrhoid.
Therefore:
The loop fiber is not for “fast cutting,” but for “360° uniform treatment of hemorrhoids.”
This distinction is very important.
Why can both 980nm and 1470nm be used?
980nm: 980nm has significant absorption of both hemoglobin and water.
Therefore, it is more suitable for:
Coagulação vascular
Hemostasis
Thermal coagulation of hemorrhoid tissue
Reduction of hemorrhoid volume
980nm has already undergone relatively mature clinical research on LHP.
1470nm: 1470nm has significantly stronger absorption of water.
Therefore, it can form a more obvious local photothermal effect, and is commonly used for:
Tissue thermal coagulation
Tissue contraction
Collagen remodeling
Hemorrhoid shrinkage
Therefore, two technical routes will appear on the market:
980nm LHP and
1470nm LHP.
Can “lipolysis fiber” be used to cut hemorrhoids?
Theoretically, it can produce soft tissue cutting/vaporization effects, but just because it can cut tissue doesn’t mean it’s equivalent to a dedicated hemorrhoid surgery fiber.
This depends on the specific type of “lipolysis fiber” you’re referring to.
If you’re referring to the 980/1470nm bare/stripped fiber you mentioned before, which emits light directly from the fiber end:
It can be used for soft tissue cutting or vaporization, provided the equipment, fiber, power, pulse mode, and clinical indications have all been validated accordingly.
However, its purpose differs from that of a loop fiber.
Our Arfurla machine (980nm + 1470nm) can simultaneously use both bare and ring fibers.
① Bare fiber: Used for: Soft-tissue cutting, Vaporization, Coagulation, Hemostasis
② Ring/radial fiber: Used for: Laser Hemorrhoidoplasty, Hemorrhoidal coagulation, Hemorrhoidal volume reduction, Tissue remodeling
One laser platform, two different fiber technologies. Cut when you need to cut. Coagulate and remodel when you need to preserve tissue.
Therefore, whatever effect and treatment you desire, our Arfurla machine (980nm + 470nm) can meet your needs.
980nm + 1470nm Proctology Laser System
Applications:
Laser Hemorrhoidoplasty (LHP)
Hemorrhoidal Coagulation
Hemorrhoidal Tissue Remodeling
Soft-Tissue Cutting
Soft-Tissue Vaporization
Coagulation & Hemostasis
Selected Proctological Procedures
Radial Fiber
360° radial energy delivery for controlled hemorrhoidal tissue coagulation and volume reduction.
Surgical/Bare Fiber
Localized energy delivery for soft-tissue cutting, vaporization and coagulation when clinically indicated.
If you need more information, please contact us freely, our company will offer user manual, treatment parameters, the files on how to sterilize the fiber, how to maintain the laser, how to install the laser and fiber.
info@arfurla.com
whatsapp number: 0086 18301023578
