Product Description
The ovarian grasping forceps is a specialized instrument in gynecological laparoscopic surgery designed for the manipulation of ovarian tissue. Its jaw features a broad, rounded, and smooth or finely serrated design, ensuring a secure yet gentle grip on the ovary to prevent compressive damage to the delicate ovarian cortex and potential follicles, thereby effectively safeguarding female fertility.
Ovarian Grasping Forceps |
Model No. | Specification |
| 342.1.05 | Ф5×330 |
| Quality Certification | ISO13485/ISO9001/ISO14001/ISO45001 |
| Type of usage | Reusable |
| Shelf Life | 5 years |
| Warranty | 1 Year |
Core Features and Values
Protective Functional Design: The rounded edges and pressure-dispersing serrations minimize trauma to ovarian tissue, with a core focus on preserving reproductive and endocrine functions.
Stable and Non-Traumatic Grasping: Provides sufficient friction to stabilize the ovary, facilitating procedures such as cystectomy, biopsy, or wedge resection, while preventing tissue tearing. Fertility Preservation:
Particularly suitable for patients with fertility needs, this instrument embodies the principles of minimally invasive surgery and humanistic care in ovarian procedures.
Applications
Gynecological Laparoscopic Procedures
Ideal for a range of minimally invasive interventions, including ovarian cystectomy, ovarian biopsy, and wedge resection. It excels in scenarios where precise tissue handling is non-negotiable, such as fertility-sparing surgeries for benign ovarian conditions.
Fertility-Preserving Surgeries & Routine Gynecological Care
Specifically suited for patients undergoing procedures where maintaining ovarian function is critical, including young women with ovarian masses or those requiring reconstructive gynecological surgery.
A staple tool for general gynecological practices that prioritize minimally invasive techniques, enhancing surgical efficiency while reducing patient recovery time.
Why Choose Our Ovarian Grasping Forceps?
Fertility-First Focus: Unlike standard forceps, our device is purpose-built to protect ovarian function, making it the top choice for patients with future pregnancy plans.
Surgeon-Centric Design: The ergonomic handle and balanced weight ensure comfortable use during long procedures, reducing hand fatigue and improving precision.
Proven Tissue Protection: The smooth, serrated jaw design has been refined through clinical feedback to deliver secure grasping without compressive damage.
Brand Reliability: Backed by highmeda’s reputation for quality in gynecological instruments, this tool meets the rigorous demands of modern surgical settings.
Compliance & Quality Assurance
Our Ovarian Grasping Forceps adheres to global medical standards, holding ISO and CE certifications that validate its safety, performance, and biocompatibility. We implement strict quality control processes throughout manufacturing, from material selection to final assembly, ensuring each instrument meets the highest clinical standards. All components are made from medical-grade materials that are resistant to corrosion and compatible with standard sterilization protocols, guaranteeing patient safety with every use.
FAQ
Is the Ovarian Grasping Forceps suitable for all patients?
Yes, it is designed for patients undergoing gynecological laparoscopic surgery, with a particular focus on those seeking fertility preservation. Its gentle grasping mechanism makes it safe for use with delicate ovarian tissue across age groups.
How does this instrument differ from generic surgical forceps?
Generic forceps often prioritize grip strength over tissue protection, while our Ovarian Grasping Forceps balances stability with trauma minimization. Its specialized jaw design and pressure-dispersing features are unique to ovarian manipulation, reducing the risk of follicle damage.
Can it be used in conjunction with other laparoscopic instruments?
Absolutely. It is fully compatible with standard gynecological laparoscopic surgery systems, seamlessly integrating into existing surgical workflows to enhance efficiency and precision.
