Tebbetts Style Plastic Surgery Fiber Optic Retractor
Features:
- ✔ Ergonomic design for better balance and control
- ✔ Curved handle for improved dexterity in handling
- ✔ Progressive tines technology for accurate tissue manipulation
- ✔ Stainless steel construction for durability
Benefits:
- ✔ Reduces fatigue on hands and wrists during long surgeries
- ✔ Allows greater precision in surgical procedures
- ✔ Involves the minimization of resources needed to complete a procedure
- ✔ Durable construction ensures long-lasting use.
Technical Specifications Tebbetts Style Plastic Surgery Fiber Optic Retractor with New Handle:
- ✔ Material: Stainless Steel
- ✔ Rusting Prevention Procedure: Passivated
- ✔ Ultrasonic Cleaned: Yes
- ✔ Dull-Polished: Yes
- ✔ Gold Plated: Yes
- ✔ Reusable: Yes
- ✔ Grade: Premium OR
- ✔ Latex: Latex Free
- ✔ Sterility: Non-Sterile
- ✔ Packing: Individually Packed
Description
The Tebbetts Style Plastic Surgery Fiber Optic Retractor, manufactured by Mengal International, is a state-of-the-art surgical instrument designed for breast surgeries. It combines the functionality of a retractor with the advanced technology of fiber-optic illumination, providing enhanced visibility and precision during breast procedures. The Ferreira Fiber-Optic Breast Retractor is an innovative medical device that provides surgeons improved visibility during surgery. It features advanced fiber-optic technology and adjustable blades for maximum illumination and maneuverability, helping surgeons perform more successful surgeries with greater precision. It is a hand-held surgical tool that allows surgeons to manipulate, retract and hold the tissues away from the operating site, especially during Breast Surgery where an optimal view is vital.
- ✔ Long L-Shaped Blade For Retracting Large Tissue Sections.
- ✔ Bent & Straight Blade Profiles For Reaching Different Cavities.
- ✔ Ergonomic Hollow Teardrop Handle For Maximum Control.
Tebbetts Style Plastic Surgery Fiber Optic Retractor by Mengal International
We offer the perfect combination of precision and comfort whilst featuring an ergonomically designed handle. Its ergonomic features provide better balance and control while reducing stress on hands and wrists. With it’s new curved handle, you can improve your surgeon’s dexterity, allowing for precise corrections during surgery. The instrument also features progressive tines technology which allows for soft tissue manipulation. This level of precision means that surgical procedures are carried out more accurately, decreasing the overall time required to complete them and freeing up valuable resources. The Ferreira Fiber-Optic Breast Retractor features a semi-rigid blade that is specially designed to gently hold and retract breast tissue, providing optimal exposure for surgeons. The blade is malleable, allowing for customization and adaptation to different patient anatomies.
One of the key features of the Ferreira Fiber-Optic Breast Retractor is its fiber-optic illumination system. Integrated within the retractor, the fiber-optic light source delivers bright and focused illumination directly to the surgical site, ensuring excellent visualization of the surgical field. The fiber-optic technology eliminates the need for external light sources, providing a clear and shadow-free view for precise surgical maneuvers.
The retractor is equipped with suction capabilities, allowing for the effective removal of excess fluids and maintaining a clear surgical field. The suction feature enhances visibility and facilitates accurate tissue manipulation, enabling surgeons to perform breast procedures with enhanced precision and efficiency.
Crafted from high-quality materials, the Tebbetts Style Plastic Surgery Fiber Optic Retractor is durable, reliable, and designed to withstand the rigors of surgical use. It is easy to clean and sterilize, ensuring optimal infection control and patient safety.
The Tebbetts Style Plastic Surgery Fiber Optic Retractor is widely used in various breast surgeries, including breast augmentation, breast reduction, and breast reconstruction procedures. It provides surgeons with improved visualization and control, facilitating precise dissection, tissue manipulation, and suturing.
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