PriceList for laser diodo para fistulas - Radial Tip Surgical Laser Fibers – TRIANGEL
PriceList for laser diodo para fistulas - Radial Tip Surgical Laser Fibers – TRIANGEL Detail:
Product description
Properties:
1. The fiber is provided with SMA905 standard connector;
2. The coupling efficiency of fiber is above 80% (λ=632.8nm);
3. The transmitting power is up to 200W/ cm2 (0.5m core diameter, continuous Nd: YAG laser);4. The fiber is interchangeable, safe
and reliable in operation;
5. Customer designs are available.
Applications:
Laser in operations, high power laser (e.g. Nd: YAG, Ho: YAG).
Urology (resection of prostate, opening of ureteral strictures, partial nephrectomy);
Gynaecology (septum dissection, adhesiolysis);
ENT (exision of tumors, tonsillectomy);
Pneumology (removal of multiple lung, metastases);
Orthopaedics (diskectomy, menisectomy, chondroplasty).
360° RADIAL TIP FIBER produced by TRIANGEL RSD LIMITED applies energy faster and more accurately than any other fiber type in the endovenous market. FIBER (360°) used with SWING LASER ensures energy emission that guarantees homogenous photothermal destruction of the vein wall, allowing safe closure of the vein. By avoiding perforation of the vein wall and associated thermal irritation of the surrounding tissue, intra- and post-operative pain is minimized, as are echymosis and other side-effects.
RADIAL FIBER provides simple and safe control and positioning of the fiber thanks to the excellent ultrasound visibility of the distal end of the fiber. RADIAL FIBER is equipped with safety markings for optimal control of the pullback process.
Why Radial fiber?
When combined with the 980nm/1470 mm laser source, this laser fiber that emits at 360° affords the ideal endovenous thermal ablation. It is therefore possible to gently and evenly introduce the laser energy into the lumen of the vein and ensure the closure of the vein based on photothermal destruction (at temperatures between 100 and 120°C). Perforation of the vein wall (as in the case of the conventional bare tip fibre) and the associated thermal irritation of the surrounding tissue are prevented, thereby minimizing postoperative pain, ecchymosis, and other side effects. The TRIANGEL 360 Radial fiber (atraumatic fiber tip) is guided directly into the vein via a short introducer. Thanks to excellent visibility in ultrasound, the fiber tip can be optimally monitored and placed. Various publications have described the superiority of the Radial concept over the old generation of fibres.
Construction of Fiber
This product consists of three parts. They are SMA905 standard connector, optical fiber, and protection tube. Optical fiber is made of quartz glass. SMA905 standard connector is copper. And protective tube is made of silicone rubber.Optical fiber transmission efficiency: when the total length of the optical fiber is ≤ 5m, the transmission efficiency of the corresponding wavelength is not less than 80% when it is placed flat.
Product detail pictures:
Related Product Guide:
The company upholds the philosophy of "Be No.1 in quality, be rooted on credit and trustworthiness for growth", will continue to serve old and new customers from home and overseas whole-heatedly for PriceList for laser diodo para fistulas - Radial Tip Surgical Laser Fibers – TRIANGEL , The product will supply to all over the world, such as: Algeria, Ethiopia, Benin, Our products are widely sold to Europe, USA, Russia, UK, France, Australia, Middle East, South America, Africa, and Southeast Asia, etc. Our solutions are highly recognized by our customers from all around the world. And our company is committed to continually improving effectiveness of our management system to maximize customer satisfaction. We sincerely hope to make progress with our customers and create a win-win future together. Welcome to join us for business!
By Naomi from United Arab emirates - 2017.01.28 19:59
It is not easy to find such a professional and responsible provider in today's time. Hope that we can maintain long-term cooperation.
By Sahid Ruvalcaba from Guinea - 2017.02.28 14:19