GDC Membrane Placement Instrument (Pmpis)

• Curved tip: The instrument features a curved tip that allows for precise and controlled placement of dental membranes. The gentle curve aids in reaching difficult-to-access areas and promotes accurate positioning.
• Atraumatic design: The instrument is designed to be atraumatic, meaning it minimizes tissue trauma during membrane placement. The smooth surface and gentle handling help prevent tearing or damaging delicate tissues.
• Surgical-grade stainless steel: The instrument is made of high-quality surgical-grade stainless steel, ensuring durability, longevity, and resistance to corrosion. It can withstand frequent sterilization and maintain its performance over time.
• Ergonomic handle: The instrument is designed with an ergonomic handle, providing a comfortable grip for the dental professional. This allows for precise control and maneuverability during membrane placement procedures.
• Compatibility: The GDC Membrane Placement Instrument is compatible with various types and sizes of dental membranes, allowing for versatility in different clinical situations.
• Versatile applications: The instrument is suitable for use in a range of dental procedures, including guided bone regeneration and guided tissue regeneration. It is commonly used in periodontics, oral surgery, and implantology.
• Sterilizable: The instrument can be effectively sterilized using standard sterilization methods, ensuring proper infection control and minimizing the risk of cross-contamination.

GDC Membrane Placement Instrument (Pmpis)

The GDC Membrane Placement Instrument (Pmpis) is a specialized dental instrument used for the precise placement of dental membranes during various dental procedures, such as guided bone regeneration and guided tissue regeneration. The instrument is designed to facilitate the efficient and accurate positioning of membranes over grafts or bone defects to promote proper healing and tissue regeneration.The GDC Membrane Placement Instrument features a slender, curved tip with a gentle curve and a smooth, non-traumatic surface. This design allows for controlled and atraumatic manipulation of the membrane, minimizing the risk of tearing or damaging delicate tissues.

• Type: Membrane Placement Instrument
• Category: Implantology
• Material: Stainless Steel
• Disposable / Reusable: Reusable
• Autoclavable: Yes

• 1 x Membrane Placement Instrument

• Prepare the treatment area: Ensure that the surgical site is adequately prepared and the patient is properly anesthetized.
• Sterilize the instrument: Before use, ensure that the GDC Membrane Placement Instrument is properly sterilized according to the recommended protocols and guidelines.
• Position the membrane: Gently hold the membrane with a pair of sterile forceps or tweezers. Use the GDC Membrane Placement Instrument to carefully position the membrane over the desired area, ensuring it covers the defect or graft site adequately.
• Smooth out wrinkles: Use the curved tip of the instrument to smooth out any wrinkles or folds in the membrane, ensuring a secure and even placement.
• Adjust as needed: If necessary, reposition or adjust the membrane using the instrument until it is correctly positioned over the targeted area.
• Remove excess fluid: Gently press the membrane against the underlying tissue to remove any excess fluid or air pockets that may have formed during placement.
• Secure the membrane: Depending on the specific procedure and clinician's preference, the membrane may be secured in place using sutures, tacks, or other fixation methods.
• Complete the procedure: Once the membrane is properly positioned and secured, continue with the planned dental procedure, such as bone grafting or tissue regeneration, following the appropriate surgical techniques.

• Country Of Origin: India
• Manufacturer: GDC Fine Crafted Dental Pvt. Ltd.

• 6 months warranty against rust.

Question Are there any specific precautions to take when using the GDC Membrane Placement Instrument?
Answer: It is important to handle the instrument with care to avoid damage to the delicate membranes and surrounding tissues. Additionally, proper infection control measures should be followed to minimize the risk of cross-contamination.