Female Urethral Dilator Set
The Female Urethral Dilator Set is a precise medical instrument designed for gradual dilation of the female urethra. It aids in treating urethral strictures and improving urinary flow. The set includes 10 dilators, each crafted to ensure safe and effective urethral dilation. Available in two variations: with and without guide wire passing.
The Female Urethral Dilator Set is designed for safe and effective dilation of the female urethra. This set includes 10 stainless steel dilators that are ideal for treating female urethral strictures, offering an excellent solution for urologists during diagnostic and therapeutic procedures. The dilators are available in multiple sizes for gradual dilation, ensuring precision and comfort for patients.
The set comes in two options—one with a guide wire passing feature and one without—giving flexibility to healthcare providers in their choice of technique. Made from high-quality stainless steel, these dilators are durable, rust-proof, and autoclavable, ensuring long-lasting performance with proper sterilization. Omec Health Care’s Female Urethral Dilator Set is manufactured to meet international quality standards.
Key Features:
- Includes 10 dilators for precise, gradual dilation of the female urethra.
- Constructed from high-grade stainless steel for durability and corrosion resistance.
- Available in two variants: with and without guide wire passing.
- Designed for use in urological procedures, particularly for female urethral strictures.
- Smooth, polished finish ensures minimal trauma during insertion.
- Autoclavable and reusable, offering cost-effective and safe clinical use.
- Lightweight, balanced design enhances handling and precision during procedures.
- Commonly used in hospitals, surgical centers, and urology clinics.
The Female Urethral Dilator Set provides a reliable and versatile solution for urologists treating female urethral strictures. Its multiple size options and guide wire passing configurations ensure flexibility and effectiveness during procedures.
