KERRISON ROUNGERS, KERRISON PUNCHES, 1MM TO 5MM
We are surgical instruments manufacturer in Pakistan
Mis Bayoneted Kerrison Phantom Mis Kerrison, 9" X 3 MM, UP, 90º, 155 MM WRK/LENGTH, 230 MM TOTAL LENGTH WITH Ejector Pin. Metrial : J1,J2 Hardness : 51 degree
Kerrison Rongeur Bar Ejector 2mm bite / 8.5" length. Metrial : J1,J2 Hardness : 51 degree
Bayoneted kerrison rongeur, 3 mm , 18 cm working lenght. Metrial : J1,J2 Hardness : 51 degree
kerrison rongeur with injector,bit size 4 mm, working lenght 20 cm. Metrial : J1,J2 Hardness : 51 degree
Ferris smith kerrison available
Micro Kerrison Rongeur Bar Ejector 2.0mm 40 Degree Up-Bite Length 20cm Metrial : J1,J2 Hardness : 51 degree
Kerrison Bone Punches, With Ejector Pin Detachable, Jet Black with Gold Titanium Plasma Coating, Jaw Size - 3mm, 4mm, 5mm, Working Length 7" Metrial : J1,J2 Hardness : 51 degree
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Surgical Instruments.
Surgical instruments, scissors, forceps, kerrison rongeurs, tischlers, biopsy forceps, cutting forceps, tc instruments, vaginal speculum, beauty instruments, dental instruments, ent instruments, gynecology, laproscopy.
LAMINECTOY PUNCHES Bayonet Pituitary Smith-Kerrison Forceps 2mm bite . Metrial : J1,J2 Hardness : 51 degree
Zamaha dental supplies offer regular products detail :- Debakey tissue forceps, allen intestinal forceps, allis tissue forceps, babcock intestinal forceps, baby babcock intestinal forceps, backhaus towel clamp, ballanger sponge forceps, braun episiotomy scissors, bruns plaster shears, castroviejo needle holder, collier needle holder, collin-duval lung grasping forceps, crile wood needle holder, foerster sponge forceps, kelly surgical scissors, kocher hemostatic forceps, mathieu needle holder, mayo dissecting scissors, iris scissors, operating scissors, sharp scissors, blunt scissors, sharp blunt scissors, incision scissors, deaver scissors, lexer scissors, metzenbaum scissors, joseph scissors, kilner scissors, dean scissors, spencer scissors, heath scissors, suture scissors, wire scissors, crown scissors, kelly scissors, goldman fox scissors, beebee scissors, tissue forceps, cushing forceps, adson tweezers, russian forceps, tenotomy scissors, ear forceps, hartmann forceps, nazal cutting forceps, kerrison forceps, ferris-smith forceps, mouth gags, molt, doyen, whitehead, jenning, punch forceps, oral instruments etc. As per customer demand.
Overview of Endoscopic Spine Instruments Endoscopic spine surgery (ESS) has emerged as a significant advancement in the treatment of various spinal conditions, utilizing specialized instruments designed to minimize tissue damage and enhance surgical precision. This article delves into the evolution, current applications, and prospects of endoscopic spine instruments. Historical Context The roots of endoscopic spine surgery trace back to the early 20th century when orthopedic surgeons began employing arthroscopic tools for spinal visualization. Over the decades, advancements in technology have transformed these initial techniques into sophisticated endoscopic systems capable of addressing complex spinal pathologies. The introduction of minimally invasive approaches has led to reduced post-operative pain, shorter recovery times, and fewer complications compared to traditional open surgeries. Key Instruments in Endoscopic Spine Surgery Endoscopes Endoscopes are pivotal in ESS, allowing surgeons to visualize the surgical field with minimal disruption. Modern endoscopes typically feature: Rod-lens camera systems: These provide high-resolution images. Working channels: Allow for the insertion of surgical instruments. Irrigation channels: Help maintain a clear view by flushing out debris. Surgical Tools A variety of specialized tools are used in conjunction with endoscopes, including: Endoscopic drills and shavers: Designed for precise bone resection. Articulating burrs: Enable angled drilling in difficult anatomical locations. Kerrison punches: Facilitate bony removal with minimal collateral damage. Navigation and Imaging Technologies Recent innovations include the integration of navigation systems and augmented reality. These technologies enhance the surgeon's ability to navigate complex anatomy and improve overall surgical outcomes.
