Menu
Menu
Your Cart

HB

Model: 52.0220.15
Clinical Application Designed for temporary occlusion and securement of intestinal segments during general and colorectal surgery. The clamp provides reliable control of bowel contents and tissue while performing resections, anastomoses, enterotomies or exteriorization maneuvers. Its straight geomet..
$49.99
Add to Cart
Model: 44.0120.05
Clinical Application Micro alligator ear forceps curved to the left are used in otology and general ENT procedures to access and retrieve small objects, epithelial debris, or cerumen from the external auditory canal and middle ear spaces during microscopic or endoscopic work. The micro alligator jaw..
$83.99
Add to Cart
Model: 44.0120.04
Clinical Application Designed for precise work within the external auditory canal and other confined ENT spaces, this alligator micro forceps facilitates atraumatic grasping and extraction of small particles, foreign bodies, and soft tissue. The fine 4 mm alligator tip is optimized for controlled ac..
$83.99
Add to Cart
Model: 44.0120.02
Clinical Application This alligator micro ear forceps is designed for precise manipulation and secure grasping in narrow or deep ear canals. The small 4 mm alligator tip and serrated jaws are appropriate for controlled removal of cerumen and foreign bodies, placement or retrieval of small packing ma..
$83.99
Add to Cart
Model: 44.0120.01
Clinical Application Designed for otolaryngology procedures requiring fine, controlled grasping in confined anatomy. The small 4 mm smooth jaws are intended for atraumatic removal of foreign bodies and impacted cerumen, precise handling of soft tissue and small grafts, and general micro-instrumentat..
$83.99
Add to Cart
Model: 44.0120.03
Clinical Application This micro alligator forceps is designed for precision work within the external auditory canal and other confined spaces. Its small 4 mm distal tip and upward jaw orientation facilitate controlled retrieval of foreign bodies, targeted removal of cerumen and debris, and manipulat..
$83.99
Add to Cart
Model: 52.0040.15
Clinical Application Designed to provide a secure, mechanical hold on dense soft tissues, this Allis‑Adair tissue forceps is used to grasp and provide traction on fascia, subcutaneous tissue, and other robust tissue planes during general surgery, gynecologic procedures, and soft-tissue dissection. T..
$49.99
Add to Cart
Model: 52.0010.12
Clinical Application Compact, ratcheting tissue forceps with interlocking teeth designed to provide a secure, axial grip on soft tissue. The small "baby" profile and 12 cm length make this instrument appropriate for pediatric cases and procedures in confined operative fields where controlled tractio..
$49.99
Add to Cart
Allis Tissue Fcps 15cm TC
-100%
Model: 52.5022.15
Clinical Application Allis tissue forceps designed for secure grasping and atraumatic handling of soft tissue during surgical procedures where a firm hold is required. Design & Configuration Instrument: Allis tissue forceps Length: 15 cm Working surface: tungsten carbide inserts Pa..
Get A Free Quote $109.99
Model: 52.5022.19
Clinical Application Allis tissue forceps designed to provide a secure grip on soft tissue during procedures where firm, atraumatic holding is required. Suitable for general tissue manipulation and retraction where interlocking jaws are preferred. Design & Configuration Instrument type: Allis ti..
$109.99
Model: 52.5022.22
Clinical Application Allis tissue forceps 22 cm TC are identified by name as instruments intended for grasping and holding tissue. This listing reflects the product designation provided. Design & Configuration Instrument: Allis tissue forceps Size: 22 cm Feature: tungsten carbide inserts (TC)..
$109.99
Model: 52.5022.25
Clinical Application Allis tissue forceps designed for atraumatic grasping and stabilization of soft tissue during surgical procedures where temporary tissue control is required. Suitable for general surgical use when a firm grip is needed. Design & Configuration Allis-style forceps geometry sui..
$109.99
Showing 85 to 96 of 8880 (740 Pages)