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The Hank uterine dilator is sized at 15‑16 French gauge for initial cervical dilation during D&C, hysterectomy, and uterine procedures. Its tapered profile reduces trauma to the cervical canal while establishing predictable dilation incrementally. Reusable stainless steel construction provides reliable performance across multiple cases.
Features & Benefits
This Hank uterine dilator is calibrated to 17‑18 French gauge for progressive cervical dilation in hysterectomy and curettage procedures. The graduated taper facilitates safe passage through the cervical canal without perforation, while supporting optimal access to the endometrium. Stainless steel durability enables reliable reprocessing.
The Hank uterine dilator reaches 19‑20 French gauge for final cervical dilation in hysterectomy, IUD insertion, and therapeutic curettage. Its smoothly tapered profile accommodates the larger final size while minimizing risk of cervical trauma and perforation. Stainless steel ensures longevity in routine surgical service.
The Hank dilator in 11/12Fr (3.7/4mm equivalent) size continues mid‑stage cervical dilation before advancing to larger Hank increments. The double‑ended format and straight geometry support methodical cervical progression, while the stainless steel construction endures repeated sterilization. The 280mm total length provides surgeon control.
The Hank dilator in 13/14Fr (4.3/4.6mm equivalent) represents the next progressive stage in cervical dilation, suitable for later‑stage access during IUD insertion and hysteroscopy. The double‑ended pairing and straight shaft enable methodical advancement, while stainless steel durability supports repeated case use. The 280mm length aids controlled positioning.
The Hank dilator in 15/16Fr (5/5.3mm equivalent) accommodates later‑stage cervical dilation when preparing for larger hysteroscopic instruments or substantial intrauterine manipulation. The double‑ended configuration and straight geometry enable continued methodical advancement, while stainless steel sustains rigorous sterilization. The 280mm total length supports operator control.
The Hank dilator in 17/18Fr (5.6/6mm equivalent) completes the later‑stage progression when substantial cervical dilation is required for major hysteroscopic procedures or high‑volume intrauterine access. The double‑ended pairing streamlines instrument selection, while the straight shaft ensures continued methodical advancement. The 280mm length provides secure surgeon control.
The Hank uterine dilator in double‑ended configuration provides graduated sizing from 19 French to 20 French (6.3mm to 6.6mm diameter) for sequential cervical dilation during D&C and hysteroscopic procedures. The straight geometry allows controlled axial advancement through the cervical canal, reaching the lower uterine segment at 279mm overall length.
The Hank uterine dilator in 9/10Fr size accommodates mid‑range cervical dilation during hysteroscopic and IUD insertion procedures. The double‑ended configuration supplies two graduated sizes in a single instrument, reducing case setup time. The 280mm overall length and straight geometry enable progressive, controlled cervical advancement.
The Hank‑Bradley dilator in 11‑12Fr size continues mid‑stage cervical dilation with the hybrid Hank‑Bradley geometry. This mid‑range pairing supports continued progressive dilation for hysteroscopic access and IUD insertion, while stainless steel endures repeated sterilization. The graduated design ensures smooth tissue advancement.
The Hank‑Bradley dilator in 13‑14Fr size progresses mid‑to‑late cervical dilation stages with the established Hank‑Bradley hybrid geometry. The graduated design enables methodical advancement during complex hysteroscopic procedures, while stainless steel supports reliable sterilization across many cases.
The Hank‑Bradley dilator in 15‑16Fr size continues the late‑stage cervical dilation sequence with Hank‑Bradley hybrid geometry. The graduated diameter and smooth contours enable continued methodical advancement, while stainless steel construction withstands demanding procedural use and repeated sterilization.
The Hank‑Bradley dilator in 17‑18Fr size completes the late‑stage dilation progression with Hank‑Bradley hybrid geometry for maximum cervical opening. The graduated diameter and smooth contours enable final‑stage advancement when substantial endometrial access is required, while stainless steel sustains rigorous sterilization cycles.
The Hank‑Bradley uterine dilator in 9‑10Fr size combines the Hank graduated design with Bradley‑pattern geometry for initial‑to‑mid cervical dilation during IUD insertion and diagnostic procedures. The eponymous design supports smooth cervical progression while maintaining tissue safety. Stainless steel construction withstands routine sterilization.
The Hegar uterine dilator is a double-ended straight instrument with 5mm and 6mm opposing tips for gradual cervical dilation during D&C and gynecologic procedures. The matched size progression supports progressive, atraumatic widening of the endocervical canal. Stainless-steel construction and the 203mm length enable comfortable, controlled advancement during dilation sequences.
This Hegar uterine dilator features double-ended 9mm and 10mm tips for progressive dilation of the cervix during later stages of D&C and advanced hysteroscopic access. The larger diameter range suits patients with prior vaginal delivery or established cervical patency. The straight 203mm shaft maintains alignment with the endocervical canal throughout the dilation sequence.
Hegar uterine dilators in the 11‑12mm range are specialized instruments for maximum cervical opening in complex gynecological procedures. The double‑ended format allows final dilation without multiple instrument exchanges. The tapered profile and 191mm length support carefully controlled final dilation while protecting the lower uterine segment and cervical tissue.
Hegar uterine dilators at 13‑14mm represent the largest standard sizes for complete cervical dilation in therapeutic gynecological interventions. The double‑ended configuration combines both sizes in one instrument, reducing case setup complexity. The tapered 191mm design provides final‑stage dilation with controlled pressure distribution across cervical tissue.
The Hegar uterine dilator is a double‑ended instrument with calibrated 15 and 16mm sizing for cervical dilation prior to instrumentation. The 191mm overall length provides comfortable two‑handed control during gentle progressive dilation. Stainless steel construction supports durable performance across many gynecologic procedures.
This double‑ended Hegar uterine dilator offers complementary sizes (17‑18mm) at each end for efficiency during cervical dilation and access procedures. The two graduated tapers eliminate instrument exchange, allowing stepwise dilation progression during D&C, hysterectomy, and diagnostic curettage. The 191mm length provides safe intraoperative reach, and stainless steel ensures durability.
Hegar uterine dilators are tapered instruments designed for graduated cervical dilation in gynecological procedures including curettage, IUD insertion, and hysteroscopy. The double‑ended format with 3‑04mm sizing provides progressive dilation without excessive force on cervical tissue. The 191mm length supports comfortable handling and controlled advancement through the cervical canal.
The Hegar uterine dilator in 3/4mm double‑ended format initiates progressive cervical dilation for procedures such as diagnostic hysteroscopy, IUD insertion, and D&C. The smaller paired sizes allow gentle initial dilation before advancing to larger increments, reducing cervical trauma. The 203mm length provides controlled, staged dilation.
The Hegar uterine dilator is a double‑ended cervical dilator for progressive dilation during gynecologic procedures including D&C, IUD insertion, and diagnostic hysteroscopy. Each end carries a different size (5mm and 6mm), allowing stepwise advancement without instrument changes. The straight shaft and 191mm length support controlled, accurate cervical penetration.
Hegar uterine dilators at 9‑10mm represent advanced dilation stages for therapeutic gynecological procedures and complex diagnostic cases. The double‑ended construction provides paired sizing for progressive cervical opening without subjecting tissue to sudden pressure changes. The 191mm length ensures stable, controlled manipulation during critical cervical dilation phases.
This eight‑piece Hegar uterine dilator set spans 3mm to 18mm in graduated double‑ended increments, enabling safe, progressive cervical dilation for D&C, IUD insertion, and hysteroscopy. The 191mm length provides steady shaft control while advancing through the cervical canal, and the straight geometry ensures alignment with the uterine axis. Canvas roll organization streamlines set sterilization and storage.
The Hegar dilator set spans sizes 1 to 6mm in a graduated progression, designed for progressive cervical dilation during curettage procedures, hysteroscopy, or IUD insertion. Single‑ended design and 203mm length support controlled, atraumatic cervical canal preparation. Smooth stainless steel minimizes cervical trauma.
Hegar uterine dilators in the 7‑08mm range support graduated dilation in advanced gynecological cases requiring larger cervical opening. The double‑ended format with two size options allows sequential dilation progression while maintaining tissue safety. The 191mm length and tapered profile enable controlled advancement and minimize risk of cervical perforation or uterine trauma.
The Pratt uterine dilator set features double‑ended instruments with graduated sizing from 13/15mm through 41/43mm, enabling rapid cervical dilation across a broad range of anatomic variation. The 292mm length and double‑ended design optimize OR time. Each increment in the set supports progressive, atraumatic widening of the cervical canal.
The Pratt uterine dilator set comprises eight graduated pairs from 13‑14 French through 41‑43 French, providing comprehensive cervical dilation coverage for hysterectomy, D&C, and IUD placement. The sequential sizing supports incremental, atraumatic dilation while minimizing perforation risk and endometrial trauma. Stainless steel reusable design delivers cost efficiency across high‑volume gynecologic practice.
The Simpson uterine sound is a graduated diagnostic instrument for measuring uterine depth and assessing cavity patency prior to hysteroscopy or IUD insertion. The inch‑marked graduations provide immediate depth feedback, enabling precise procedural planning and documentation. The straight 230mm working length ensures safe endometrial access without perforation risk.
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