- Condition: Factory New
- Warranty: Lifetime
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Learn more:
- MFR: Sklar Ships from Manufacturer
- MPN: 61-5259
- Phone: (610) 756-7863
Frequently asked questions
Is this made of high-quality stainless steel?
Yes, the Sklar Hawkin Ambler Uterine Dilator is constructed from durable, high-quality stainless steel, ensuring reliable performance and longevity in clinical settings.
Is this device TAA compliant?
Yes, this instrument is fully TAA compliant, meeting the necessary regulatory requirements for facilities that prioritize government procurement standards.
Does it contain natural rubber latex?
No, this product is explicitly manufactured without natural rubber latex, ensuring it is safe for use with patients who have latex sensitivities.
Is it designed for repeated sterilization?
Absolutely. It features a robust, reusable construction specifically designed to withstand multiple sterilization cycles while maintaining its structural integrity.
What kind of handle does this dilator have?
It features a solid round handle style, which is designed to provide practitioners with a firm, stable grip for enhanced control during gynecological procedures.
Why is the tip shaped with a rounded configuration?
The rounded tip is engineered for safety and patient comfort, allowing for smoother interaction with tissues during the dilation process.
Does it arrive sterile and ready for use?
The instrument is supplied non-sterile. It must undergo proper cleaning and sterilization processing within your facility’s protocols before it is ready for clinical use.
What is the total length of the instrument?
The Sklar Hawkin Ambler Uterine Dilator measures 7 inches in length, providing optimal reach for standard gynecological applications.
Is this suitable for professional surgical environments?
Yes, this is a professional-grade, factory-new surgical instrument designed specifically for gynecological applications requiring precise and reliable dilation.
Does the design feature a smooth working edge?
Yes, the working edge is intentionally smooth. This design detail is crucial for clinical applications, as it promotes seamless movement and minimizes potential trauma during use.