Brodie Probe with Director and Butterfly Tongue Tie End

Model Number: MTSI-196

The Brodie Probe with Director and Butterfly Tongue Tie End is a specialized surgical instrument designed for precision in ENT and minor surgical procedures. It features a grooved director shaft for guided incisions and a butterfly-shaped end for stabilizing tissues during tongue-tie procedures. Widely used in hospitals, laboratories, and medical training institutes, it ensures accurate and safe surgical performance. Micro Technologies manufactures this instrument using high-quality stainless steel, ensuring durability, corrosion resistance, and compatibility with repeated sterilization, making it ideal for both clinical and educational use.

Product Description

The Brodie Probe with Director and Butterfly Tongue Tie End is a precision surgical instrument designed to support accurate tissue handling and guided incisions in ENT and minor surgical procedures. It features a dual-ended design, making it highly versatile for different clinical applications.

One end includes a butterfly-shaped tongue tie tip with a central split, specifically designed to isolate and stabilize the lingual frenulum during tongue-tie (ankyloglossia) procedures. The central grooved director shaft acts as a guide for surgical blades, ensuring straight and controlled incisions while minimizing the risk of damage to surrounding tissues. The opposite end features a smooth probe tip, allowing gentle exploration of tissues and wound tracts.

Manufactured from high-quality medical-grade stainless steel, the instrument offers excellent durability, corrosion resistance, and full compatibility with autoclave sterilization. Micro Technologies ensures strict quality standards, delivering reliable performance in clinical environments. The Brodie Probe with Director and Butterfly Tongue Tie End is widely used in hospitals, research centers, and medical training institutes for safe and precise surgical procedures.

Features

Dual-ended design with probe and butterfly tongue tie tip
Grooved director shaft for guided incisions
Butterfly end with central split for tissue stabilization
Smooth probe tip for gentle tissue exploration
High-quality stainless steel construction
Corrosion-resistant and autoclavable

Benefits

Ensures precise and controlled surgical incisions
Improves safety during tongue-tie procedures
Enhances accuracy in tissue handling and exploration
Reduces risk of damage to surrounding tissues
Suitable for both clinical and educational applications

Product Specifications

Specification	Details
Product Name	Brodie Probe with Director
Model No.	MTSI-196
Type	Surgical Probe and Director Instrument
Material	Medical Grade Stainless Steel
Size / Model	Standard
Usage	ENT and Minor Surgical Procedures

FAQs

Q1. What is the primary use of the Brodie Probe with Director and Butterfly Tongue Tie End?
The Brodie Probe with Director and Butterfly Tongue Tie End is primarily used in ENT and minor surgical procedures, especially for tongue-tie corrections. It helps in stabilizing the tissue and guiding precise incisions during surgery. Its dual-ended design makes it versatile for both probing and directing surgical instruments safely.

Q2. How does the grooved director shaft improve surgical accuracy?
The grooved director shaft acts as a guide for surgical blades, ensuring that incisions are straight and controlled. This reduces the risk of accidental damage to surrounding tissues. It enhances surgical precision and is particularly useful in delicate procedures requiring accuracy.

Q3. What is the function of the butterfly tongue tie end?
The butterfly tongue tie end is specifically designed to isolate and stabilize the lingual frenulum during tongue-tie procedures. Its central split helps position the tissue correctly for safe cutting. This design improves efficiency and safety during surgical intervention.

Q4. Is this instrument suitable for sterilization and repeated use?
Yes, the instrument is made from high-quality stainless steel and is fully compatible with autoclave sterilization. It maintains its performance and durability even after repeated use. This makes it a reliable tool for hospitals, laboratories, and training institutes.