About
A hysteroscope is a medical instrument used for visual examination of the inside of the uterus (womb). It is a thin, telescope-like device inserted through the cervix into the uterus. The hysteroscope provides direct visualization of the uterine cavity, allowing doctors to diagnose and treat various gynecological conditions.
Common uses of a hysteroscope include:
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Diagnosis:
- Abnormal Uterine Bleeding: To investigate the cause of irregular or heavy menstrual bleeding.
- Uterine Fibroids: To detect the presence of fibroids (non-cancerous growths).
- Polyps: To identify uterine polyps or other abnormal growths.
- Recurrent Miscarriages: To look for structural abnormalities that might contribute to pregnancy loss.
- Infertility Assessment: To evaluate issues related to infertility, such as the shape and condition of the uterus.
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Surgical Procedures (Operative Hysteroscopy):
- Removal of Polyps or Fibroids: Hysteroscopic surgery allows the removal of polyps and small fibroids.
- Endometrial Ablation: Treatment of heavy menstrual bleeding by removing or destroying the lining of the uterus.
- Adhesion Removal (Ashermans Syndrome): To treat uterine adhesions that can affect fertility or menstrual cycles.
- IUD Retrieval: Removal of a misplaced intrauterine device (IUD).
It is a minimally invasive procedure that is commonly performed in an outpatient setting.
Product details
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Usage/Application
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Hospital
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Automation Grade
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Manual
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Set Contains
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Telescope
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Brand
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Optec
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Material
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Stainless Steel
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श्रेण्या
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Hysteroscopes
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Sterility
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Non Sterile
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Type
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Rigid
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Precision in Gynecological SurgeryEngineered for hysteroscopy, the 2.9mm 30-degree hysteroscope offers exceptional clarity and maneuverability inside the uterine cavity. Its angled view is crucial for exploring intricate anatomical structures, helping surgeons perform thorough diagnostics and minimally invasive interventions with confidence and efficiency.
Outstanding Durability with Stainless SteelConstructed from high-quality stainless steel, this hysteroscope boasts superior resistance to rust and repeated sterilization cycles. Its robust design ensures reliable performance during multiple surgical procedures without compromising patient safety or device longevity.
Trusted QualityMade in IndiaAs a leading exporter, manufacturer, and supplier, we provide hospitals with top-quality surgical instruments. Our hysteroscope meets rigorous standards, ensuring every device is in new condition, sterile, and specifically designed for professional hospital environments.
FAQs of Hysteroscope 2.9mm 30degree:
Q: How is the Hysteroscope 2.9mm 30-degree typically used in hospitals?
A: The hysteroscope is manually operated by medical professionals during hysteroscopy surgery to visually inspect and treat conditions within the uterus. Its 30-degree angle provides an optimal field of view, allowing for more comprehensive examination and effective surgical procedures.
Q: What materials are used to manufacture this hysteroscope?
A: This hysteroscope is made from premium stainless steel, ensuring outstanding durability, rust resistance, and suitability for repeated sterilizationkey features for frequent hospital use.
Q: When should the 2.9mm 30-degree hysteroscope be utilized?
A: It is specifically employed during hysteroscopy surgeries for diagnostic and minor operative procedures within the uterus, such as investigating abnormal uterine bleeding or removing polyps.
Q: Where is the Hysteroscope 2.9mm 30-degree designed for use?
A: This instrument is designed for use in professional hospital settings, including gynecology departments, operating theatres, and clinics specializing in womens health procedures.
Q: What is the sterilization process for this instrument?
A: Each hysteroscope is delivered pre-sterilized for immediate use. After surgery, standard medical sterilization proceduressuch as autoclavingcan be applied to maintain its sterile condition for reuse.
Q: What are the benefits of using a 30-degree angle hysteroscope?
A: The 30-degree angle offers an enhanced view of the uterine cavity, making navigation easier and improving visualization during diagnostic and operative hysteroscopy. This increases the procedures accuracy and safety for patients.