Titanium Stapes Piston with Integrated PTFE Shoe

Titanium Stapes Piston with Integrated PTFE Shoe Specification

Shelf Life
5 Years (Sterile Packaging)

Usage Type
Single Use

Accuracy
Surgical Precision Fit

Measurement Range
Available in various sizes (Length: 4.05.25 mm, Diameter: 0.40.6 mm)

Function
Transmits sound vibration between the incus and the inner ear

Storage Instructions
Store in original sterile packaging, avoid humidity and direct sunlight

Features
Integrated PTFE Shoe, Biocompatible, Lightweight, Corrosion Resistant, High Strength-to-Weight Ratio, Precise Fit

Instruments Type
Otolaryngology Surgical Implant

Equipment Type
Ear Surgery Implant

Material
Medical Grade Titanium (Ti) with integrated PTFE (Polytetrafluoroethylene) Shoe

Condition
New

Technology
Advanced Precision Microfabrication

Portable
Yes

Wall Mounted
No

Real-Time Operation
Yes

Noise Level
Silent Operation

Operating Type
Manual Insertion

Use
Middle Ear Surgery (Stapedectomy/Stapedotomy)

Dimension (L*W*H)
Varies by Model (commonly length: 4.0-5.25 mm, diameter: 0.4-0.6 mm)

Weight
<0.1 g

Color
Metallic Silver (Titanium), White/Translucent (PTFE Shoe)

Connection Type
Closed Loop or Crimp Type (subject to model)

Latex Content
Latex Free

Surface Finish
Ultra-Smooth Polished

Sterilization
EO (Ethylene Oxide) or Gamma sterilized

Packaging Type
Individually Blister Packed, Sterile

Shoe Type
Integrated PTFE (Polytetrafluoroethylene) Shoe

Radiopacity
Radiolucent with visible markers

MRI Compatibility
MRI Safe up to 3.0 Tesla

About Titanium Stapes Piston with Integrated PTFE Shoe

Titanium Stapes Piston

The Titanium Stapes Piston with Integrated PTFE Shoe is a surgical implant used in middle ear surgeries, particularly for stapedioplasty and stapedectomy procedures. This implant is designed to connect the "Long Process of the incus to the footplate of the stapes at the oval window. The larger size of the PTFE shoe provides more stability and resists integration, leading to a stable design that gives maximum sound output. Additionally, it reduces the risk of extrusion and is MRI compatible. The implant is easy to handle and can be trimmed with a surgical knife for precise fitting.

Superior Materials and Precision Engineering

Manufactured from high-quality medical-grade titanium and integrated PTFE, the stapes piston delivers remarkable durability and biocompatibility. The advanced microfabrication ensures a precise, ultra-smooth polished surface for seamless performance during ear surgery, while visible markers aid in accurate positioning.

Optimal Performance for Middle Ear Surgery

Engineered for stapedectomy and stapedotomy, this stapes piston transmits sound vibrations efficiently between the incus and inner ear. With its closed loop or crimp type connection options, surgeons can select the ideal model for different anatomical requirements, ensuring tailored, reliable surgical outcomes.

Safe, Convenient, and Ready-to-Use Design

The implant is EO or gamma sterilized, latex-free, and individually packaged for sterile, ready-to-use application. Its lightweight structure and silent operation reduce patient discomfort, while its radiolucent properties and MRI safety (up to 3.0 Tesla) provide additional peace of mind for both patients and practitioners.

FAQ's of Titanium Stapes Piston with Integrated PTFE Shoe:

Q: How is the Titanium Stapes Piston with Integrated PTFE Shoe used during ear surgery?

A: This stapes piston is manually inserted during procedures like stapedectomy or stapedotomy to replace or bypass the damaged stapes bone, thus restoring sound transmission from the incus to the inner ear, improving hearing.

Q: What benefits does an integrated PTFE shoe offer compared to traditional materials?

A: The integrated PTFE shoe provides a biocompatible, ultra-smooth interface that aids in efficient sound vibration transmission, reduces friction, and minimizes wear, enhancing both patient outcomes and implant longevity.

Q: When should the Titanium Stapes Piston be used?

A: It is indicated for use in middle ear surgeries, particularly in patients requiring surgical correction of otosclerosis or other stapes-related conductive hearing loss, as determined by an otolaryngologist.

Q: Where should the stapes piston be stored before use?

A: Store the piston in its original sterile blister packaging, away from humidity and direct sunlight, to maintain its sterility and effectiveness up to the five-year shelf life.

Q: What sterilization methods are used for this implant?

A: The stapes piston is sterilized by either EO (Ethylene Oxide) or gamma radiation. It is supplied sterile and ready for immediate surgical use upon opening the package.

Q: How does the radiolucent design with visible markers aid surgeons during placement?

A: Although the piston is radiolucent, the visible markers ensure it can be accurately identified and positioned during surgery or subsequent imaging, supporting optimal placement and postoperative assessment.

Q: What advantages come from its medical-grade titanium construction?

A: Medical-grade titanium offers a high strength-to-weight ratio, excellent corrosion resistance, and biocompatibility, resulting in a lightweight, durable, and safe implant that integrates well with the body and minimizes the risk of rejection.