MedGyn Hegar Single Ended Cervical Dilator

Yes, these dilators are manufactured from premium German Stainless Steel. This material is chosen for its:

• Superior quality and resilience.
• Precision engineering required for medical applications.
• Suitability for standard sterilization processes.

Absolutely. The instruments are specifically engineered to provide clinicians with a smooth and controlled dilation experience. The single-ended design features a precisely tapered working tip to facilitate ease of use during sensitive procedures.

Yes, the product line offers extensive precision. They are available in diameters ranging from 1mm up to 18.5mm, with most options provided in 0.5mm increments to ensure the perfect fit for specific patient needs.

Yes, every dilator is supplied in Factory New condition. This ensures that you receive instruments that meet stringent quality and performance standards right out of the box.

Yes, due to their robust German Stainless Steel construction, these instruments are designed for durability in professional gynecological and obstetric environments. They are built to withstand the demands of repeated clinical use.

Yes, the system is designed with a systematic graduation. By offering sizes in 0.5mm increments, clinicians can achieve the necessary dilation steps accurately and progressively.

Yes, they are specialized instruments tailored specifically for gynecological and obstetric procedures that require precise cervical preparation or dilation.

Yes, each instrument features clear identification markings etched onto the handle section. These include the metric measurement and manufacturing origin, allowing for quick and reliable selection during a procedure.

These items ship directly from the manufacturer. You can expect a standard shipping lead time of approximately 1 to 2 weeks for your order.

The single-ended design features a smoothly tapered, rounded tip. This functional design is intended to provide the control necessary for the clinician while ensuring the dilation process remains as smooth as possible.