The Plastic Surgery 10½″ Mayo-Hegar “GG” Needle Holder – Masson is a professional-grade surgical instrument engineered to deliver precise needle handling and reliable suturing during plastic, cosmetic, reconstructive, and general surgical procedures. With an overall length of 10½ inches (26.7 cm), this extended-length Masson pattern needle holder is specifically designed for procedures requiring enhanced reach into deeper operative fields while maintaining superior control and tactile sensitivity.

The Mayo-Hegar Needle Holder is one of the most trusted suturing instruments in modern surgery due to its versatility, durability, and dependable performance. The Masson configuration features elongated jaws and an extended working length that improve access to deep surgical sites, making it particularly valuable during breast reconstruction, body contouring, abdominal procedures, and complex reconstructive operations. Combined with the “GG” precision design, this instrument offers excellent balance, smooth operation, and reliable performance throughout demanding surgical procedures.

The instrument incorporates precision-machined cross-serrated jaws that firmly grasp surgical needles of various sizes without excessive compression. The secure grip minimizes needle rotation and slippage, allowing surgeons to perform accurate tissue approximation, layered closure, and knot tying with confidence. This precise needle control helps reduce tissue trauma while improving suturing efficiency and overall surgical outcomes.

Manufactured from premium medical-grade stainless steel, the Plastic Surgery 10½″ Mayo-Hegar “GG” Needle Holder – Masson offers exceptional corrosion resistance, strength, and durability. The robust construction maintains precise jaw alignment, smooth ratchet engagement, and consistent gripping performance even after repeated cleaning, disinfection, and steam autoclave sterilization. Its satin finish minimizes glare from operating room lighting, improving visualization during intricate procedures.

The integrated ratchet locking mechanism securely holds the surgical needle without requiring continuous hand pressure. Multiple locking positions allow the surgeon to adjust gripping force according to the size of the needle and suture material being used. Ergonomically designed finger ring handles provide excellent leverage, balanced weight distribution, and comfortable handling, reducing hand fatigue during lengthy surgical procedures.

The 10½-inch Masson design is particularly advantageous during surgeries requiring deeper access and greater instrument reach. It is widely used during breast augmentation, breast reconstruction, mastopexy, abdominoplasty, body contouring, flap reconstruction, facial reconstruction, soft tissue repair, scar revision, and complex wound closure. The instrument is equally suitable for fascia closure, muscle approximation, and deep tissue suturing where precise needle control is essential.

Trusted by plastic surgeons, reconstructive surgeons, and general surgical specialists, the Plastic Surgery 10½″ Mayo-Hegar “GG” Needle Holder – Masson meets the highest standards of modern surgical practice. Its precision engineering, ergonomic design, and premium stainless steel construction make it an indispensable instrument for advanced surgical suturing and tissue approximation.

Key Features

• Premium medical-grade stainless steel construction
• 10½″ (26.7 cm) overall length for deep surgical access
• Masson pattern provides enhanced reach and control
• Precision “GG” design for superior durability and smooth performance
• Cross-serrated jaws securely hold surgical needles
• Ratchet locking mechanism with multiple locking positions
• Ideal for deep tissue suturing and layered wound closure
• Ergonomic finger ring handles reduce hand fatigue
• Satin finish minimizes glare under surgical lighting
• Corrosion-resistant and highly durable
• Fully autoclavable and reusable
• Suitable for plastic, cosmetic, reconstructive, and general surgery

Product Specifications

Product Contents

• 1 × Plastic Surgery 10½″ Mayo-Hegar “GG” Needle Holder – Masson

Applications

The Mayo-Hegar “GG” Needle Holder – Masson is commonly used in:

• Plastic surgery
• Cosmetic surgery
• Reconstructive surgery
• Breast augmentation
• Breast reconstruction
• Mastopexy (Breast lift)
• Abdominoplasty (Tummy tuck)
• Body contouring surgery
• Flap reconstruction
• Scar revision surgery
• Facial reconstruction
• Deep tissue suturing
• Layered wound closure
• Soft tissue approximation
• General surgical procedures

FAQs

1. What is the Plastic Surgery 10½″ Mayo-Hegar “GG” Needle Holder – Masson used for?

It is designed for secure needle handling and precise suturing during plastic, reconstructive, cosmetic, and general surgical procedures, particularly those requiring deeper operative access.

2. What is the advantage of the Masson pattern?

The Masson pattern features an extended working length and optimized jaw design, providing improved access to deeper surgical fields while maintaining excellent needle control.

3. Why choose the 10½-inch Mayo-Hegar Needle Holder?

The 10½″ length offers greater reach for deep tissue suturing, fascia closure, and reconstructive procedures without compromising precision or ergonomics.

4. Is this instrument reusable?

Yes. It is manufactured from premium medical-grade stainless steel and is designed for repeated professional use after proper cleaning and sterilization.

5. Can this needle holder be autoclave sterilized?

Yes. The instrument is fully autoclavable and compatible with standard steam sterilization protocols used in hospitals and surgical centers.

6. Which surgical specialties commonly use this instrument?

It is widely used in plastic surgery, cosmetic surgery, reconstructive surgery, breast surgery, general surgery, body contouring procedures, and complex wound closure.

7. What material is used to manufacture this instrument?

The needle holder is manufactured from premium medical-grade stainless steel, ensuring outstanding corrosion resistance, precise jaw alignment, long-term durability, and reliable performance in demanding surgical environments.