Diode Laser Lipolysis

www.gigaalaser.com

HPLAS and TURP Hook shot fiber for BPH

HPLAS diode laser and TURP Hook shot fiber for BPH



www.gigaalaser.com

VELAS surgery laser for Condylomata

Condylomata are lesions of viral origin (HPV virus) clinically recognizable when they develop on the female genitals (vulva, vagina, peroneal skin, perianal and periurethral mucous membrane) and the male genitals (foreskin, glans, balano-preputial groove, shaft, perineum, perianal and periurethral mucous membrane).


Treatment of these lesions with VELAS 980nm presents the following advantages:
I) quick preocedure
II) no bleeding
III) fast healing

Diode Laser Applications in the ENT field

Diode Laser Applications in the ENT field are:

• Laser Uvula Palatoplasty (LAUP)
• Larynx-/Tumor surgery
• Rhinophym treatment
• Partial Tonsillectomy
• Excision and Vaporisation of benign tumors
• Postoperative Adhesions
• Nose papilloma
• DCR (Dacryocystorhinostomy)
• Otology
• Pediatrics
• Turbinoplasty

Welcome to visit GIGAA at Arab Health 2016

 Arab Health 2016 will be held in Dubai International Convention & Exhibition Centre, we are looking forward to meet you during Arab Health 2016, please visit our booth at HALL 8, 8E51.

980nm is a excellent laser scalpel for various surgery

High Power Diode 980 nm

·         Good haemostasis

·         Precise surgery

·         Fast healing

·         Tissues’ thermal diffusion lower than using a 1064 nm laser (ex. YAG)

make 980nm is a excellent scalpel for various surgery

Laser  surgery

Vascular treatments

General surgery

Endovascular treatment (EVLT on saphena)

Ent

Neurosurgery

Percutaneous laser disk decompression (PLDD for spine surgery)

Pneumology

Soft tissue surgery

Urology

Bronchoscopy

Cancer treatments

Gastroenterology

Gynecology

Laparoscopy

Proctology

How does a 810nm/980nm/1064nm/1470nm Diode Surgical Laser work in soft tissue surgery?

How does a 980nm Diode Surgical Laser work?

GBOX , operating at a wavelength of 980nm in the near infra-red portion of the spectrum, has unsurpassed absorption in water and hemoglobin. It allows controlled ability to coagulate, cut, char, or ablate/vaporize tissue depending on the power density and the energy level applied by the surgeon. The surgeon can control the extent to which the laser beam is absorbed by surrounding tissue, resulting in an extremely precise tissue incision.

New generation veterinary laser-Dual wavelength 810nm++980nm surgical laser

Benefits of Gbox dual wavelength 810nm+980nm Laser Surgery

Reduced Bleeding:

When making an incision, Gbox laser beam cauterizes and seals blood vessels up to 1mm in diameter. The laser energy facilitates hemostasis and provides the surgeon with a virtually bloodless surgical field.

Reduced Infection:

Gbox laser energy acts as an antimicrobial/anti-bacterial agent by producing high temperatures. As the laser beam penetrates the incision site, the high surface temperature effectively eliminates existing microorganisms, resulting in a sterile surgical environment.

Reduced Pain:

The Gbox laser beam seals nerve endings along with servered nerves as it incises through tissue. This ultimately reduces the amount of pain that an animal feels during and after surgery.

Reduced Swelling:

Physical contact between the laser and the surgical region is never established with Gbox laser technology. The 980nm+810nm dual wavelength beam of infrared light penetrates the tissue via the ablation/vaporization of cells and thoroughly seals the lymphatic vessels within the surgical field. Because the crushing, tearing and bruising of tissue associated traditional surgical methods does not occur with laser surgery, there is a decrease in the post-operative inflammation of incisions.