Veterinary laser coagulation

VELAS 940nm leg vein removal

Laser Vaginal rejuvenation handpiece

Laser Vaginal rejuvenation procedure is a plastic gynecological procedure which involves restoration and transformation of anatomy and anatomical functionality of the vagina in order to achieve more desirable experience during sexual life. During the procedure the diameter of the vaginal canal is adjusted according to patients’ needs and prior environmental or physical impact. The procedure also restores, tightens and improves the overall tone of vaginal walls and may improve the anatomical functionality.

Diode Laser in THORACIC SURGERY

Diode Laser in THORACIC SURGERY

VELAS30B/15D is the state of art in laser constru

ction and the gold standard in metastasis surgery on the lungs. It has an incredible physical characteristics which allows to save lung tissue, gentle and cost-effective as well as execute removal procedure of central and multiple tumors.

Well known in medical field precision resection is easily carried out with a sterile laser fiber by contacting with the tissue at a distance of a couple of millimeters from the tumor surface. The use of a laser fiber instead of a lens hand piece and the high output rating of the laser allow us to avoid overheating the lungs healthy tissue and guarantee a successful resection procedure. The fiber is comfortable to control and allow precise guidance like a scalpel and facilitates thanks to the direct contact with the tissue the cutting procedure in comparison with a lens hand piece. The heat occurring counteracts a tumor cell spread to the healthy tissue.

Thanks to this medical technique, a large number of metastases are now able to be removed from the lung without damages of the healthy tissue and losing blood. Now we can conduct treatments even of hard cases of inoperable patients making it cost-effective and efficient thanks to this technology.

In addition to meastasis surgery, usage of 1470 nm diode laser gives you some extra benefits in other parenchyma resections on the lungs, such as segment resections. In that medical case, an anatomical resection can be conducted using the diode laser without any negative affect by the rigid geometry of an instrument as it is with bracket stitch devices.

HPLAS 980nm diode laser for BPH treatment

Following features of the HPLAS 980nm diode laser make it very useful instrument in prostate surgery:

The 980 nm wavelength of the laser provides the highest combined absorption in water and hemoglobin.

As prostate tissue contains high percentage of water, our laser vaporizes it very effectively. Absorption of the laser energy by hemoglobin leads to excellent haemostasis and precise ablation of the obstructing tissue.

Equal absorption in tissue either well or poor supplied with blood-optimal penetration depth regardless of the level of vascularization ( vs. KPT, Hol, Thu)

Enables precise, minimally carbonized and virtually bloodless incision in prostatic tissue.

Excellent haemostasis ensures minimal post-operative bleeding and preservation of surrounding tissue for a quick recovery ( vs. KPT, TURP )

Short time of the procedure( vs. Ho;YAG, Nd:YAG, KPT, Thu )

Pelease contact lucien@gigaalaser.com for more details

940nm, wavelength excellence in vascular lesion removal

940nm, wavelength excellence in vascular lesion removal

On the third peak of haemoglobin absorption, the wavelength ranges between 780 and 1100nm. Wavelength 940nm is located on the top of the peak. The curves (graphs) of light absorption for oxyhemoglobin and deoxyhemoglobin shows that light of diode laser 940nm is absorbed better than the light of 1064nm lasers (ND:Yag) respectively.

For coagulation of larger and deeper blood vessels diode laser SALSA delivers 30 Watts of peak power in pulse mode. In comparison to other lasers which emit visible laser radiation, like green KTP (532 nm) or yellow (585-595 nm), SALSA laser coagulates deeper through the entire volume of the vessel.

Because of the higher absorption of the laser light in hemoglobin, trans-dermal therapy of vascular lesions accomplished by diode laser with 940nm wavelength requires lower density of energy than therapy with 1064 nm laser. That is why the procedure with SALSA laser is faster, less painful and more safe at the comparable efficacy as using lasers such as Nd:YAG, KTP, diode laser 810nm and 980nm.

Please contact lucien@gigaalaser.com for more

Diode laser in GYNECOLOGY

Diode laser in GYNECOLOGY

VELAS 30B/15D is most versatile device of this kind available on the market. Exceptional characteristic of Swing laser is a unique combination of parameters: high potency of the device, optimal 1,5µm wavelength due to penetration in a hydrated tissue and the possibility to attach flexible, sterilizable optical fibers with 400µm in diameter. It is an ideal device for minimally-invasive surgical procedures. It can be used in hysteroscopic and laparoscopic procedures as well as together with fiberscope.

Swing diode laser assures better tissue homeostasis in comparison with CO2 laser. Due to the availability of a wide array of accessories, it is possible to perform surgeries in contact technique. Fiber only works at tissue contact site which limits the thermal effect only to the operated site (depth of vaporization - 0,5mm). A wide range of cannulas guiding the optical fiber enables to avoid the use of micromanipulator, indispensable in procedures with CO2 lasers.

Surgical diode laser 1470nm

Diode laser 1.5 μm is a perfect choice for minimally invasive procedures because of the wide range of power (12-20-40W) and possibility to use special types of optical fibers (400-600-800 μm). VELAS 1470 is indicated for all surgical applications requiring vaporization, incision, excision, ablation, cutting, haemostasis and coagulation of soft tissues. The 1.5 μm laser light beam has suitable low melanin and hemoglobin absorption for skin penetration and respectively high water and fat absorption for selective photothermolysis. The wave of the 1.5 μm laser is absorbed by cellular water 40 times better than the wave of 810/980 nm laser and 80 times better than the wave of Nd: YAG 1064 nm laser. The higher efficacy of the 1470 μm diode laser system enables to reduce energy emission with comparable clinical results to high power lasers of different wavelengths.