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The Ballentine hysterectomy forceps feature a straight geometry with longitudinal grooves optimized for securing uterine ligaments and specimen during hysterectomy. The grooved surface distributes grip across broad ligament and fascial tissue, reducing crush injury. The straight configuration suits direct cephalad and lateral traction without requiring curved reach into the pelvis.
Features & Benefits
The Barrett tenaculum forceps is a straight‑shanked instrument designed for secure grasp and stabilization of the cervix and uterine fundus during dilation, manipulation, and curettage. Its geometry optimizes grip distribution without tissue crushing, supporting controlled positioning throughout gynecologic procedures. The 178mm length enables safe cervical access, and stainless steel ensures durability.
The Barrett uterine tenaculum is a straight‑shanked forceps designed for secure cervical and fundal grasp during dilation, curettage, and uterine manipulation in gynecologic surgery. Its compact geometry optimizes tactile control and visualization throughout intrauterine procedures, while the 181mm length accommodates safe vaginal access. Stainless steel construction supports reliable reprocessing and lasting performance.
The Bierer ovum forceps with curved geometry and 16mm serrated jaws enable secure grasping of tissue during ovum retrieval, embryo transfer, or intrauterine procedures. The ring handle and 292mm length support tactile control during precise manipulation of delicate intrauterine structures. Serrated surfaces prevent slippage of moist tissue.
The Bierer ovum forceps in the 19mm serrated configuration offers broader tissue grasp for larger specimen retrieval or robust embryo handling during assisted reproductive procedures. The curved 292mm shaft supports atraumatic manipulation within the uterine cavity. Ring handle design promotes secure finger positioning throughout extended procedures.
The Billroth tumor forceps feature sharp 4 × 4 interlocking teeth with a ratchet mechanism to secure endometrial, myometrial, and ovarian tissue during gynecologic specimen removal and D&C procedures. The interlocking tooth pattern prevents slippage on dense pathologic tissue while the ratchet lock maintains stable grip throughout extraction. At 267mm, the instrument provides secure two-handed control during delicate specimen handling.
The Bozeman uterine forceps provides curved blade design that conforms to the uterine fundus and upper segment anatomy during hysterectomy and myomectomy cases. At 250mm overall length, the instrument reaches deep into the pelvis while maintaining adequate leverage. The curved profile aids manipulation of the uterus without excessive lateral pressure.
Straight Bozeman uterine forceps at 254mm carry the long shaft and serrated jaws of the Bozeman family, sized for transcervical packing placement and tissue grasping within the uterine cavity. The straight profile suits a direct in‑line approach through the cervical canal.
The Braun uterine tenaculum forceps with insulation from box lock to tips enables secure cervical grasping during hysterectomy and uterine manipulation procedures while protecting surrounding tissues from inadvertent electrosurgical current. The 254mm length supports controlled handling during vaginal or abdominal approaches. Tenaculum design allows one‑handed tissue control.
Braun uterine tenaculum forceps are insulated from box lock to tips, enabling electrosurgical hemostasis of broad ligament, parametrium, and ovarian pedicle during hysterectomy and adnexectomy. The insulation pathway protects surrounding tissue from dispersed current, while the forceps geometry provides secure grasping without slip during clamping and coagulation. At 241mm, the instrument balances reach into the deep pelvis with steady hand control; reusable stainless‑steel supports durable performance across repeated operative cases.
The Braun uterine tenaculum forceps is a single‑tooth instrument engineered for controlled uterine manipulation during hysterectomy and other GYN procedures requiring cervical or fundal traction. The straight shaft and 241mm length provide surgeon control, while the single tooth penetrates myometrium reliably without excessive tissue trauma. Stainless steel supports routine reprocessing.
The Braun uterine tenaculum is a straight, fine-pointed instrument designed to stabilize the uterus during dilation, curettage, IUD insertion, and hysterectomy. The single sharp point penetrates tissue with minimal crush, providing secure traction without slipping. At 254mm, the instrument supports comfortable hand positioning and controlled countertraction during cervical and uterine manipulation.
Burke cervical biopsy punch combines a quick‑lock mechanism with compact jaw geometry for efficient cervical sampling during colposcopy and dysplasia evaluation. The gold‑plated squeeze‑open C‑grip handle provides ergonomic control while the quick‑lock feature secures the specimen without manual closure, streamlining workflow in busy office settings. Reusable stainless‑steel construction and 254mm length ensure precision cervical reach and durability across repeated procedures and sterilization.
Emmett tenaculum hook is an insulated curved, sharp instrument with small flat handle designed for directional traction and hemostasis of fallopian tube, ovarian hilum, and cervical tissue during gynecologic procedures. The sharp point provides secure purchase without tissue slippage, while the curved geometry facilitates manipulation from restricted angles in the pelvis. Insulation from tip to handle enables safe electrosurgical coagulation; reusable stainless‑steel construction ensures durability across repeated sterilization and clinical use.
This Gillespie obstetrical forceps features a 15-degree pelvic angle and fenestrated blade design for controlled fetal delivery. The angled configuration aligns with maternal pelvic anatomy, improving traction alignment during second-stage labor. The grip handle provides ergonomic control during sustained traction maneuvers.
The Heaney hysterectomy forceps features a curved blade profile that naturally aligns with uterine and parametrial anatomy during abdominal hysterectomy. Despite the source data notation, the 8-1/4 inch (210mm) length provides comfortable reach to deep pelvic structures. Reliable spring action supports sustained grasping during lengthy procedures.
The Heaney-Ballentine hysterectomy forceps combine a standard curve with longitudinal grooves and a single V-tooth tip to secure uterine ligaments and tissue bundles during abdominal hysterectomy. The grooved jaws increase surface area for secure grasp on fascial and ligamentous tissue without crushing. The V-tooth geometry provides precise point contact for vessel ligation and broad ligament manipulation.
The Hulka tenaculum forceps combines a single tooth with a 3.5mm probe tip for dual‑function uterine manipulation and cervical exploration. The probe tip allows gentle endocervical probing and depth assessment, while the tooth provides reliable uterine fundal grasp during abdominal hysterectomy or cesarean delivery. The 280mm length supports controlled access.
The Jacobs vulsellum tenaculum at 210mm carries curved jaws with a 2 × 2 tooth pattern and a ratchet, sized for sustained cervical traction during transvaginal procedures. The ratcheted hinge locks the tenaculum onto the cervix without continuous operator force.
Kevorkian biopsy forceps with spring handle deliver reliable punch access to endometrial and cervical tissue for diagnosis. The 3 × 6mm jaw geometry captures adequate tissue depth while the 254mm length supports specimen collection across uterine cavity and lower genital tract approaches. Straight construction and reusable stainless‑steel design enable consistent performance across multiple D&C and office biopsy procedures.
The Lahey goiter vulsellum forceps is a grasping instrument with 3 × 3 interlocking teeth, traditionally used for goiter manipulation and also applicable to uterine tenaculum work during gynecologic procedures. The straight geometry and 152mm length provide controlled grasping of tough tissue without slipping. Stainless‑steel construction supports reliable reprocessing.
The Laufe uterine polyp forceps features a curved shank and serrated loop tip for secure tissue grasping and gentle avulsion of endometrial polyps during hysteroscopy and curettage. The serrated edge provides reliable grip without cutting healthy endometrium, while the 305mm length accommodates adequate visualization depth. Stainless steel delivers consistent performance across polyp extraction cases.
Curved Laufe uterine polyp forceps at 203mm carry serrated loop tips for grasping and avulsing endometrial polyps during hysteroscopic and dilation‑and‑curettage procedures. The serrated loop holds the polyp securely without slipping during the avulsion stroke.
The MP Clamp hysterectomy forceps with gently curved jaw offers improved tissue capture of the broad ligament and ovarian vessels during hysterectomy. The slightly curved jaw geometry contours around vascular and ligamentous pedicles. The angled shaft provides enhanced pelvic visualization and instrument positioning. At 241mm, it supports secure operative control.
The MP Clamp hysterectomy forceps features a straight jaw configuration with an angled shaft for deep pelvic broad ligament and adnexal tissue clamping. The angled shaft geometry improves visualization and instrument clearance around the uterine fundus and pelvic sidewall structures. At 241mm, the length supports secure handling during major gynecologic dissection.
The Museux tenaculum forceps employs a straight shank and 2 × 2 interlocking tooth pattern at the 6mm tip for secure uterine stabilization during dilation, curettage, and manipulation. The tooth geometry distributes grip force evenly across the uterine fundus, preventing slippage while minimizing endometrial trauma. Stainless steel construction delivers reliable performance through many cases.
Designed for radical hysterectomy and oncologic gynecologic dissection, this straight parametrium forceps clamps the parametrial tissue lateral to the cervix and uterus. The 12-inch (305mm) shaft reaches into the deep pelvis for secure cardinal ligament control, and the elongated jaws distribute closure force evenly across the broad parametrium. Stainless‑steel construction supports repeat sterilization across high‑volume oncology rooms.
The Parametrium forceps clamps and ligates the parametrial tissue and lateral uterine blood supply during abdominal and vaginal hysterectomy. Designed with straight jaws and reliable closure, the forceps maintain secure hemostasis over the uterine vessels and broad ligament pedicles. The 240mm length reaches across the pelvic sidewall while keeping the handle outside the operative field.
Parametrium forceps with a strong curve provide reliable grasping and hemostasis of broad ligament, parametrial, and lateral pelvic tissue during hysterectomy and adnexal procedures. The 235mm length allows reach into the deep pelvis while the curved geometry positions the jaws perpendicular to the operative field without excessive wrist pronation. Stainless‑steel construction ensures durability across repeated electrosurgical and suturing applications.
The Powell-Wertheim hysterectomy forceps feature curved jaws with serrated edges and ratcheted locking mechanism for secure grasping of uterine ligaments and specimen during abdominal hysterectomy. The serrated surface provides durable grip on broad ligament tissue without slippage during traction. At 254mm length, the forceps balance pelvic reach with controlled two-handed manipulation of the uterine specimen.