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The Schroeder (Braun) tenaculum secures the anterior or posterior cervical lip during dilation, IUD insertion, or hysterectomy traction. Straight single‑tooth jaws engage the cervix with a positive grip, and the 9-1/2 inch (240/241mm) shaft provides traction reach through the vagina to the cervix. Stainless‑steel construction holds the toothed jaw geometry across repeat autoclave cycles.
Features & Benefits
The Schroeder uterine tenaculum is a single‑tooth grasper engineered for controlled uterine manipulation during GYN procedures requiring cervical or uterine fixation. The gold plating enhances visibility and reduces friction on the uterine fundus or cervix, while the straight shaft geometry provides ergonomic instrument control. The single tooth penetrates myometrium reliably without excessive tissue trauma.
The Schroeder uterine tenaculum at 240mm carries the long shaft of the Schroeder family for cervical grasp during transvaginal procedures. The straight profile delivers a direct in‑line approach, and the ratcheted hinge locks the tenaculum onto the cervix without sustained operator force.
The Schroeder vulsellum forceps employs a straight shank and 2 × 2 interlocking tooth pattern at the tip for firm, atraumatic grasp of the cervix and uterus during dilation and manipulation. The interlocking teeth distribute grip force to minimize tissue damage while preventing slippage, supporting controlled advancement through cervical procedures. The 241mm length facilitates vaginal access, and stainless steel provides longevity.
The Schroeder/Braun uterine tenaculum with full insulation facilitates secure cervical traction during hysterectomy while protecting adjacent tissues from electrosurgical injury. The 254mm length and two‑tined tenaculum design provide stable uterine control throughout the procedure. Insulation extends from box lock to tip for complete safety.
The Teale uterine tenaculum at 260mm curves to the side with a 3 × 4 tooth pattern, sized for secure grasping of the cervix during dilation‑and‑curettage, hysteroscopy, and hysterectomy. The side curve preserves the operator's view of the cervix, and the multi‑tooth pattern distributes grip.
Used for cervical and endometrial biopsy, the Thomas‑Gaylor uterine biopsy forceps grasps and removes a discrete tissue sample from the cervix or uterine wall under direct visualization. The straight 9-1/4 inch (235mm) shaft passes through the dilated cervix to reach the lower uterine segment, and the cup jaws excise a coherent specimen for histologic review. Stainless‑steel construction supports routine autoclave reprocessing.
The Tischler cervical biopsy punch delivers a 3 × 7mm bite size for reliable tissue sampling during colposcopy and cervical lesion evaluation. Its straight jaw and gold‑plated squeeze grip handle enable controlled, single‑motion punch closure, while the quick‑lock design ensures rapid specimen retrieval without twisting. Stainless steel construction supports durable performance across repeated clinical use.
Tischler cervical biopsy punch delivers precise 3 × 7mm biopsies during colposcopy and cervical lesion evaluation with a rotatable 360‑degree shaft for optimal jaw positioning. The gold‑plated squeeze‑open grip handle reduces operator fatigue during multiple sampling passes, while the rotating mechanism allows alignment with lesion orientation without repositioning the instrument body. At 254mm, the punch accesses the cervix reliably, and reusable stainless‑steel construction ensures durability across repeated sterilization and clinical use.
The Van Doren uterine biopsy punch features angled shanks that improve access to lateral uterine wall lesions and endometrial pathology during hysteroscopy and diagnostic curettage. The angled geometry reduces hand and instrument crowding in the limited endometrial space while maintaining direct visualization. The 254mm length provides adequate working depth, and stainless steel ensures durability.
The Wertheim forceps curve is engineered for gynecologic dilation and cervical grasping during hysterectomy and cervical procedures. Its 1 × 2 tooth pattern provides secure purchase on firm cervical tissue without crushing, while the curved shaft aligns naturally to the cervical canal axis. At 220mm, the instrument reaches uterine attachments while maintaining surgeon control.
The Z-Hysterectomy angled forceps access uterine vessels at oblique angles during hysterectomy, accommodating anatomical variation and approach-dependent positioning. The angled geometry enables approach from different quadrants of the pelvis, while flared shanks provide reliable purchase on broad ligament and parametrial structures. The 305mm length supports stable control across variable anatomy.
The Z-Hysterectomy angled forceps at 356mm length provide perpendicular access to broad ligament pedicles when standard approaches are limited by anatomy or surgical exposure. The angled geometry accommodates variable pelvic dimensions, while flared shanks ensure reliable hemostasis. Extended reach minimizes the need for excessive retraction or repositioning.
Z‑Hysterectomy forceps at 241mm carry angled jaws on flared shanks, sized for clamping uterine pedicles during abdominal and laparoscopic hysterectomy. The angle preserves the operator's view of the working face, and the flared shanks distribute grip force across the surgeon's palm.
This Z-pattern hysterectomy forceps features a gentle curve and flared shanks, offering a less aggressive approach to uterine tissue grasping during vaginal or abdominal hysterectomy. The moderate curvature suits pelvic exposure without requiring extreme angular reach. Flared construction distributes gripping forces evenly across the broad ligament and lower uterine segment during specimen removal.
The Z‑hysterectomy forceps combines a gentle curve with flared shanks to facilitate secure grasping and traction of the uterus during abdominal hysterectomy. The extended 355mm length accommodates deeper pelvic anatomy while maintaining surgeon control. Flared shank geometry distributes grip force evenly across the instrument handle.
The Z-Hysterectomy forceps with gentle curve and flared shanks at 356mm length adapt to the natural contours of pelvic vessels while reducing the force required to reach lateral broad ligament pedicles. The moderate curve favors access from either approach, and the extended length minimizes repositioning during complex cases. Flared shanks maintain hemostatic security throughout.
The Z-Hysterectomy forceps with gentle curve and flared shanks at 240mm length provide moderate reach with subtle anatomical conformation during standard hysterectomy approaches. The shallow curve reduces force requirements while maintaining direct vessel contact, and flared shanks secure broad ligament and parametrial pedicles reliably. Ideal for routine cases and straightforward pelvic anatomy.
The Z-Hysterectomy straight forceps at 360mm length reach deep pelvic structures during extended hysterectomy cases and when managing adhesions or complex anatomy. The straight profile delivers direct force application to broad ligament and parametrial pedicles, while flared shanks ensure tissue retention. The extended reach reduces need for repositioning during prolonged cases.
The Z-Hysterectomy forceps with straight geometry and flared shanks grasp broad ligament, uterine vessels, and parametrial tissue with reliable purchase during open and laparoscopic hysterectomy. The straight profile provides direct force transmission, while the flared shank design prevents slippage when ligating pedicles. At 240mm, the instrument offers excellent control for vascular clamping.
The Z-Hysterectomy forceps with straight profile and flared shanks at 305mm length deliver direct force application to broad ligament and parametrial structures during hysterectomy. The straight geometry ensures predictable force transmission without requiring anatomical adaptation, while flared shanks provide secure hemostasis. Extended length reduces need for adjustment during vascular pedicle ligation.
The Z-Hysterectomy forceps with heavy curve and flared shanks conform to the pelvic anatomy when grasping uterine vessels and broad ligament pedicles during hysterectomy. The pronounced curve reaches around vascular pedicles while the flared design prevents slippage, ensuring hemostatic security. At 305mm, the extended length spans from lateral pelvic sidewall to the operative field.
This Z-pattern hysterectomy forceps features a heavy curve and flared shanks to secure broad ligament and uterine tissue during abdominal hysterectomy. The pronounced curvature provides ergonomic reach into the pelvis while the flared shaft design distributes lateral force without concentrating grip stress. At 356mm total length, the instrument balances deep-field access with controlled tension application during ligament manipulation.
The Z-Hysterectomy forceps with heavy curve at 356mm length aggressively conforms to pelvic vascular anatomy when broad ligament pedicles are positioned deep or at acute angles. The pronounced curve enables secure clamping without additional retraction, while flared shanks lock tissue in place. Extended length reaches to lateral pelvic sidewall structures.
The Z-Hysterectomy forceps with heavy curve at 240mm length secures broad ligament and uterine vessel pedicles when moderate pelvic depth requires pronounced anatomical conformation. The curved geometry enables aggressive clamping of angled vessels, while flared shanks prevent tissue escape during ligation. Compact length suits approaches where extended reach is unnecessary.
The Z‑hysterectomy parametrium clamp with gentle curve supports secure clamping of parametrial tissues during abdominal or vaginal hysterectomy. The 305mm length accommodates deep pelvic access. Slightly curved jaw geometry facilitates positioning around broad ligament and parametrial vascular bundles without tissue trauma.