The Plastic Surgery Angulated Breast Dissector – 33 cm is a specialized surgical instrument developed to facilitate safe, controlled, and atraumatic tissue dissection during cosmetic and reconstructive breast procedures. Widely used by plastic and reconstructive surgeons, this instrument is specifically designed to create subglandular and subpectoral implant pockets while preserving surrounding anatomical structures. Its precision-engineered angulated blade allows surgeons to access difficult surgical planes through minimal incisions, making it an essential instrument for modern breast surgery.

Measuring 33 cm (13 inches) in overall length, the dissector provides excellent reach into deep operative fields while allowing the surgeon to maintain a comfortable hand position outside the incision. The extended shaft improves leverage, visibility, and control throughout the procedure, particularly during transaxillary and inframammary breast augmentation approaches.

The instrument features a carefully designed angulated blunt blade that enables smooth separation of connective tissue and creation of a uniform implant pocket. The angled working end enhances access to difficult anatomical areas while reducing unnecessary force and minimizing tissue trauma. Its atraumatic design promotes precise dissection with improved preservation of blood vessels and surrounding soft tissues, contributing to reduced bleeding and faster patient recovery.

Manufactured from premium surgical-grade stainless steel, the Plastic Surgery Angulated Breast Dissector offers exceptional corrosion resistance, strength, and long-term durability. Precision machining ensures smooth working surfaces, accurate blade geometry, and reliable performance even after repeated sterilization cycles. The satin matte finish minimizes glare from operating room lights, allowing enhanced visualization throughout delicate breast procedures.

The ergonomic handle provides a secure, balanced grip that enhances tactile feedback and reduces surgeon fatigue during prolonged operations. Its lightweight yet rigid construction enables controlled blunt dissection while maintaining consistent surgical precision throughout implant pocket development.

The Plastic Surgery Angulated Breast Dissector – 33 cm is widely used during breast augmentation, transaxillary breast augmentation, breast reconstruction, implant pocket creation, implant exchange, mastopexy with implants, augmentation mastopexy, revision breast surgery, oncoplastic reconstruction, and other aesthetic breast procedures. The instrument’s angulated configuration allows efficient tissue separation using a single dissector in many surgical techniques, improving procedural efficiency and consistency.

Designed for repeated professional use, this reusable surgical instrument is fully compatible with standard hospital sterilization methods, including steam autoclaving. Proper cleaning, inspection, and maintenance help preserve its precision and ensure years of dependable clinical performance.

Combining precision engineering, ergonomic handling, an anatomically optimized angulated blade, and premium stainless steel construction, the Plastic Surgery Angulated Breast Dissector – 33 cm is an indispensable instrument for surgeons performing advanced breast augmentation and reconstructive surgery.

Key Features

• 33 cm (13″) overall length for deep surgical access
• Angulated blunt blade for precise tissue dissection
• Designed for breast augmentation and reconstruction
• Facilitates accurate implant pocket creation
• Atraumatic blade minimizes tissue damage
• Excellent access through transaxillary and inframammary approaches
• Manufactured from premium surgical-grade stainless steel
• Ergonomic handle provides superior control and comfort
• Satin matte finish minimizes operating room glare
• Corrosion-resistant construction for long-term durability
• Fully reusable and autoclavable
• Suitable for hospitals, cosmetic surgery centers, and plastic surgery clinics

Product Specifications

Product Contents

• 1 × Plastic Surgery Angulated Breast Dissector – 33 cm

Applications

The Plastic Surgery Angulated Breast Dissector is commonly used in:

• Breast augmentation
• Transaxillary breast augmentation
• Breast reconstruction
• Implant pocket creation
• Subglandular pocket dissection
• Subpectoral pocket dissection
• Implant exchange surgery
• Mastopexy with implants
• Augmentation mastopexy
• Revision breast surgery
• Oncoplastic breast reconstruction
• Cosmetic breast procedures

FAQs

1. What is the Angulated Breast Dissector used for?

The instrument is used for blunt tissue dissection and the creation of implant pockets during breast augmentation and reconstructive breast surgery.

2. Why is the blade angulated?

The angulated blade improves access to deep anatomical planes, enhances surgical visibility, and allows more controlled tissue separation through smaller incisions.

3. Which procedures commonly use this dissector?

It is widely used in breast augmentation, transaxillary augmentation, breast reconstruction, implant exchange, mastopexy, augmentation mastopexy, and revision breast surgery.

4. What material is the instrument made from?

The dissector is manufactured from premium surgical-grade stainless steel, providing excellent corrosion resistance, strength, and long-term durability.

5. Can the Angulated Breast Dissector be sterilized?

Yes. It is fully compatible with standard steam autoclave sterilization and other approved hospital sterilization methods.

6. Is this instrument reusable?

Yes. It is a reusable surgical instrument designed for repeated professional use with proper cleaning, sterilization, inspection, and routine maintenance.

7. Which medical specialties commonly use this instrument?

It is primarily used by plastic surgeons, cosmetic breast surgeons, reconstructive surgeons, and oncoplastic breast specialists.

8. What are the advantages of the Angulated Breast Dissector?

Its angulated blunt blade provides controlled tissue separation, precise implant pocket development, ergonomic handling, reduced tissue trauma, improved surgical efficiency, and reliable long-term performance.