Bailey Rib Approximator for Thoracic Surgical Closure

Model Number: MTSI-317

The Bailey Rib Approximator is a precision surgical instrument designed for accurate rib approximation during thoracic closure procedures. It ensures controlled alignment of ribs, promoting proper healing and stability after surgery. Manufactured by Micro Technologies, this instrument is made from high-quality stainless steel, offering durability, corrosion resistance, and reliable performance. Its ergonomic design provides ease of handling and enhanced control, making it an essential tool in thoracic and cardiac surgical environments.

Product Description

The Bailey Rib Approximator – Model 317 is a specialized surgical instrument used in thoracic procedures to bring ribs together during chest closure. Designed for precision and efficiency, it allows surgeons to align and stabilize ribs accurately, ensuring proper healing and structural integrity after surgery.

Manufactured by Micro Technologies using premium medical-grade stainless steel, the Bailey Rib Approximator provides exceptional durability and resistance to corrosion. It is fully compatible with standard sterilization methods, making it suitable for repeated use in clinical settings. The instrument’s ergonomic structure enhances control and reduces hand fatigue during procedures.

The Bailey Rib Approximator from Micro Technologies is widely trusted for its robust construction, precision performance, and ease of use, making it an essential instrument in modern thoracic surgical practice.

Features

High-quality medical-grade stainless steel construction
Designed for precise rib approximation
Strong and stable alignment mechanism
Ergonomic design for improved control and handling
Corrosion-resistant and easy to sterilize
Durable construction for long-term use
Smooth finish for safe surgical application

Benefits

Ensures accurate alignment of ribs during closure
Promotes proper healing and structural stability
Enhances surgical precision and efficiency
Reduces risk of misalignment and complications
Provides long-lasting durability and reliability
Improves comfort and control during procedures

Product Specifications

Specification	Details
Product Name	Bailey Rib Approximator
Model Number	317
Material	Medical Grade Stainless Steel
Finish	Polished / Satin Finish
Sterilization	Autoclave Safe
Category	Thoracic Surgical Instruments
Reusability	Reusable

FAQs

Q1. What is the purpose of a Bailey Rib Approximator?
The Bailey Rib Approximator is used during thoracic surgeries to bring ribs together during the closure phase. It ensures proper alignment and stability, which is essential for healing and maintaining the structural integrity of the chest wall after surgery.

Q2. What material is used in this instrument?
This instrument from Micro Technologies is manufactured using high-quality medical-grade stainless steel, ensuring durability, resistance to corrosion, and the ability to withstand repeated sterilization without compromising performance.

Q3. Is the Bailey Rib Approximator reusable and sterilizable?
Yes, the Bailey Rib Approximator by Micro Technologies is reusable and compatible with standard sterilization methods such as autoclaving. Proper sterilization ensures hygiene and extends the instrument’s lifespan.

Q4. How does this instrument improve surgical outcomes?
By providing accurate rib alignment during closure, the instrument helps reduce complications and promotes proper healing. This leads to better patient outcomes and improved surgical efficiency.

Q5. In which procedures is this instrument commonly used?
It is commonly used in thoracic and cardiac surgeries, especially during chest closure after procedures involving the lungs or heart. Its role is critical in ensuring proper post-operative recovery.

Q6. What makes this instrument reliable for long-term use?
Its strong construction, high-quality materials, and resistance to wear and corrosion make it suitable for repeated use. The Bailey Rib Approximator from Micro Technologies is designed to deliver consistent performance over time.