GDC Micro Bone Rongeurs

• Precision Cutting: The Micro Bone Rongeurs are designed with sharp and precise cutting edges that allow for accurate bone removal and shaping. This feature enables the dentist or surgeon to achieve desired surgical outcomes with minimal damage to surrounding tissues.
• Ergonomic Design: The rongeurs are ergonomically designed with a comfortable grip and handle, allowing for easy and precise control during use. The design reduces hand fatigue and improves overall handling, ensuring optimal performance.
• Durable Construction: Made from high-quality stainless steel or other durable materials, the Micro Bone Rongeurs are built to withstand repeated use and sterilization processes. This ensures longevity and reliability, making them a dependable instrument in dental procedures.
• Variety of Sizes and Jaw Designs: The GDC Micro Bone Rongeurs are available in different sizes and jaw designs, allowing for versatility and adaptation to various surgical needs. The options include straight and curved jaws, as well as different jaw sizes to accommodate different bone removal or shaping requirements.
• Autoclavable: The rongeurs are autoclavable, meaning they can be sterilized using standard dental sterilization methods, such as autoclaving. This feature ensures proper infection control and maintains a high level of hygiene during dental procedures.
• Enhanced Visibility: Some Micro Bone Rongeurs feature a textured or non-reflective finish on the jaws, reducing glare and improving visibility during surgery. This feature enables better visualization of the operative area, enhancing precision and accuracy.
• Easy Maintenance: The rongeurs are designed for easy maintenance and cleaning. They can be disassembled, allowing for thorough cleaning and sterilization to maintain optimal hygiene standards.

• Type: Bone Rongeurs
• Category: Oral Surgery/Implantology
• Material: Stainless Steel
• Disposable / Reusable: Reusable
• Autoclavable: Yes

• 1 x Bone Rongeur

• Preparing the instrument: Ensure that the instrument is clean and sterilized before use. Check the instrument for any signs of damage or wear. If the instrument is damaged, do not use it.
• Positioning and grip: Hold the Micro Bone Rongeurs in your dominant hand with a firm and comfortable grip. Align the jaws of the instrument with the targeted area on the bone.
• Applying pressure: Gently close the jaws of the Micro Bone Rongeurs around the bone. Apply controlled and steady pressure to remove or shape the bone. Avoid excessive force to prevent damage to surrounding tissues.
• Releasing and repositioning: Release the pressure on the jaws to open them and reposition the instrument as needed. Repeat the process of closing the jaws, applying pressure, and releasing as required to achieve the desired bone removal or shaping.
• Cleaning and sterilization: After use, clean the Micro Bone Rongeurs thoroughly with a suitable cleaning solution and brush to remove any debris or blood. Rinse the instrument with water and dry it completely. Follow the recommended sterilization procedures to ensure proper disinfection before the next use.
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• Country Of Origin: India
• Manufacturer: GDC Fine Crafted Dental Pvt. Ltd.

• 6 months warranty against rust.

Question: How do the GDC Micro Bone Rongeurs differ from other bone-cutting instruments?Answer: The GDC Micro Bone Rongeurs are specifically designed with small, sharp jaws to provide enhanced control and precision when working with delicate bone structures in the oral cavity.

Question: Can the GDC Micro Bone Rongeurs be used for both soft and hard tissues?
Answer: No, the GDC Micro Bone Rongeurs are designed specifically for cutting and shaping bone tissue. They are not intended for use on soft tissues such as gums or mucosa.

Question: Are the GDC Micro Bone Rongeurs suitable for use with dental implants?
Answer: Yes, the GDC Micro Bone Rongeurs can be used during dental implant procedures for precise bone shaping and preparation of the implant site. However, the specific use and technique may vary depending on the implant system and the clinician's preferences.