Ablation or destruction of the endometrium is used to treat menorrhagia in women who failed standard therapy. It is considered a less invasive alternative to hysterectomy; however, as with hysterectomy, the procedure is not recommended for women who wish to preserve their fertility.
Techniques for endometrial ablation are generally divided into two categories: those that do and do not require hysteroscopic procedures (also known as first- and second-generation procedures). Hysteroscopic techniques were developed first; the initial technique was photovaporization of the endometrium using an Nd-YAG laser, and this was followed by electrosurgical ablation using an electrical rollerball or electrical wire loop. (The latter technique is also known as transcervical resection of the endometrium or TCRE).
Hydrothermal ablation also involves hysteroscopy. Hysteroscopic techniques require skilled surgeons and, due to the requirement for cervical dilation, use of general or regional anesthesia. In addition, the need for the instillation of hypotonic distension media creates a risk of pulmonary edema and hyponatremia such that very accurate monitoring of fluids is required. Intrauterine ablation or resection may be performed on an outpatient basis, with an overnight hospital stay, or in a physician’s office depending on the method used.
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2013年6月8日星期六
Clinical Introduction of Gynecology Laser treatment
Using standard diagnostic hysteroscopes and specially designed fibers you can vaporize in contact polyps and myomas. Laser energy does not contract the lining muscle tissues which results in a procedure performed with minimal pain and requiring only minimal local anesthesia. The treatment is done using continuous flow which provides a clean environment. Laser energy allows for precise control of the tissue vaporization with no bleeding and immediately visible results.
Colposcopy Applications
HPV lesions
Cysts of the mucosa
Cervical intraepithelial neoplasia
Fornix and cupola pathologies
Ectopic lesions
Benign erythroplakia
Laparoscopic Laser Treatments
Adhesions
Endometriosis
Fallopian tube microsurgery
Ectopic pregnancy
Dysfunctional uterine bleeding
Resection of uterine septum
Ablation of the uterosacral ligaments
Ovarian drilling (PCOS)
Hysterectomy
Why Should Choose the Diode Laser for Gynecology Treatment?
SAFE
Safer saline environment
Contact use for tactile feedback
Good visibility
Rare complications
EFFECTIVE
High success rate in outpatient setting
Excellent haemostasis and tissue vaporisation speed
Lower cost compared to surgery
Safer saline environment
Contact use for tactile feedback
Good visibility
Rare complications
EFFECTIVE
High success rate in outpatient setting
Excellent haemostasis and tissue vaporisation speed
Lower cost compared to surgery
2013年6月6日星期四
Gbox Surgical Diode Laser
Comprehensive range of application accessories, with very reasonable distributor price. We provide the laser machine with full standard accessories,So the end user can work with the laser system directly.
Features
8 inch touch screen display
Output power calibration
Adjustable aiming beam (pilot light), background light and sound.Output power calibration at the end of fiber. Built-in power meter can test the power in the software by user. 20 KHz top-pulsation for a quick and tissue-protecting performance.
Adjustable aiming beam (pilot light), background light and sound.Output power calibration at the end of fiber. Built-in power meter can test the power in the software by user. 20 KHz top-pulsation for a quick and tissue-protecting performance.
Advantage
810nm/980nm for optional
15w 810nm or 980nm for choice, with CW, single pulse and pulsed mode.
User-friendly interface
There have quick operation mode on the interface ,It is easy to set every parameter on interface.
Technical Specifications
Laser Type GaAlAs Diode Laser
Model Gbox15A/B
Wavelength 810nm/980nm
Maximum Power 15 W
Operation Mode CW, Single Or Repeat Pulse
Pulse Duration 10μs-3s
Repetition Rate 0.2Hz-20KHz
Transmission System Fibers Of 200um ,400um And 600um With SMA905 Connector
Pilot Beam Red Diode Laser Of 635nm, Power
Mode True Color Touch Screen
Voltage/Current Rating110/220 VAC, 5A , 50/60 Hz
Dimensions 215(W)*245(L)*315(H) mm
Weight 4Kg
Safety Compliance
2013年6月4日星期二
India Medicall Expo 2013
India Medicall Expo 2013|2nd-4th August, 2013
Medicall Expo will be held in Chennai, TamilNadu, India, please visit GIGAALASER at Hall 2 H6.
2013年6月3日星期一
What is Laparoscopy?
This minimally invasive surgical procedure allows your doctor to perform surgery through small incisions. By using a laparoscope (a thin lighted telescope), your gynecologic surgeon can make a small incision in the abdomen, rather than a long cut. The laparoscope is inserted through one or more small incisions into your abdomen. Not all patients are candidates for this type of surgery.
What are the advantages of laparoscopy?
The advantages of laparoscopy include minimal incisions, less pain, quicker recovery and reduced risk of infection.
When would my doctor elect laparoscopy?
Laparoscopy is used in the following surgical situations:
- Endometriosis diagnosis and treatment
- Symptomatic ovarian cyst
- Hysterectomy
- Exploratory surgery for possible infertility causes
- Ectopic pregnancy
- Pelvic pain
- Tubal ligation
Laser in Gynaecology
What is it?
Every woman, throughout her life, will have many questions about how to best manage her health. Each stage in a woman’s life brings with it specific issues, including decisions about routine care, birth control, fertility, pregnancy and menopause. Women need to feel as if they have a trusted advocate and partner to help them navigate the often confusing messages that abound about women’s health.
Laser in Gynaecology
The use of laser technology in gynaecology has become widespread from the early 1970’s by the introduction of CO2 lasers for the treatment of cervical erosions and other colposcopy applications. Since then, many advancements in laser technology have been made, and several other types of lasers are now available, including the latest semiconductor diode lasers.
At the same time, the laser has become a popular instrument in laparoscopy, especially in the area of infertility. Other areas like Vagine Rejuvenation and the treatment of sexually transmitted lesions renewed interest on lasers in the field of gynaecology.
Today, the trend to perform outpatient procedures and minimally invasive treatments lead to the development of very valuable applications in outpatient hysteroscopy using standard diagnostic instruments to resolve minor or more complicated conditions right in the office with the help of state of the art fiber optics.
Female Reproductive System
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