Your cart is empty!
These straight operating scissors provide essential cutting control for general surgical tissue dissection. Blunt tips minimize unintended penetration into underlying structures, making them ideal for superficial or layered closures. The 140mm length and stainless-steel construction support reliable performance across repeated sterilization cycles.
Features & Benefits
These general operating scissors combine sharp and blunt tip geometry for mixed dissection and blunt separation tasks. The sharp tip cuts through tissue layers while the blunt opposing tip safely separates adhesions and deeper structures without inadvertent penetration. The 146mm length and stainless-steel construction deliver reliable performance across general surgical workflows.
Tungsten-carbide operating scissors at 140mm provide superior edge retention in general and vascular dissection, with blunt-blunt tips for safe shallow cutting. The compact length suits confined fields, while the carbide cutting surface maintains sharpness across extended case volume, reducing frequency of sharpening and replacement.
This laryngoscope (Figure 5) is a rigid viewing tube designed for direct laryngeal visualization during routine laryngoscopy and laryngeal microsurgery. At 172mm length with 16mm inner diameter and 29 × 19mm outer dimensions, it accommodates standard microlaryngeal instruments and suction cannulae. The round geometry provides unobstructed illumination and visualization of the vocal cords, anterior and posterior commissure, and subglottic larynx.
Jacobs chuck orthopedic drill bits accommodate threaded chuck coupling for instruments configured with traditional drill handpieces. The 1.5mm flute threads fine pilot holes during delicate wrist, ankle, and small fragment fixation, and the 70mm overall length with 30mm working dimension suits confined surgical approaches. Reusable stainless steel maintains edge sharpness across repeated procedures.
This 2mm orthopedic drill bit with a Jacobs chuck fitting at 85/38mm working geometry drills cortical bone for screw, pin, and wire placement during orthopedic fixation. The Jacobs chuck fitting accepts the bit into standard hand and power drills.
Sized at 0.4 × 5.5 × 25.5mm with a 4 × 5 tooth pattern, this oscillating saw blade cuts through cortical bone under power during orthopedic osteotomy and arthroplasty. The narrow kerf preserves bone stock, and the defined tooth count delivers consistent cut quality across the working face.
The Osher J-cannula is a 25ga instrument with a distinctive 2.75mm wide by 2.5mm long J-shaped tip engineered for controlled cortical-capsular separation during hydrodissection. The J-geometry enables gentle fluid injection along the capsular equator while minimizing anterior capsular stress. The polished finish and 45mm overall length support smooth passage through clear corneal incisions and excellent tactile feedback.
Osher haptic forceps grasp and reposition IOL haptics during lens placement and rotation. The 45 degrees angled tip reaches into the capsular bag from a temporal incision, and a delicate platform groove cradles the haptic without distortion. The 5mm and 10mm tip references guide depth as the surgeon engages the haptic shoulder.
The Osher internal caliper provides precise measurement of anterior chamber depth and crystalline lens vault in cataract and refractive planning. Its fine-pointed tips minimize contact trauma while measuring critical intraocular distances up to 10mm in 1mm increments. The 68mm length supports delicate insertion and measurement accuracy.
This Osher irrigating implant hook is configured with a 30‑gauge biangled working end supported by a 24‑gauge reinforced shaft for controlled IOL dialing and positioning during implantation. The dual angle geometry and irrigation capability enable atraumatic optic and haptic manipulation with simultaneous fluid assistance. A polished finish and compact 23mm length maintain precise micro-level control.
The Osher nucleus manipulator combines a 0.5mm two-prong finger-like tip with angled shaft geometry to access the nucleus across the anterior chamber during divide-and-conquer phacoemulsification. Its blunt prongs deliver controlled nuclear segment manipulation without cortical capsule trauma. The round knurled handle balances precision with secure grip stability during prolonged nucleus work.
The Ostrum antrum punch, sized for pediatric nasal anatomy, delivers a 1.5mm bite in a left configuration for precise creation of antrostomy during pediatric FESS. The 100mm working length accommodates smaller nasal passages while the punching action creates controlled bone openings.
This pediatric right‑sided ostrum antrum punch delivers a 1.5mm bite specifically sized for pediatric maxillary ostium creation during endoscopic sinus surgery in children. The right orientation supports left‑handed surgeon access to right‑sided disease, and the compact 100mm working length accommodates pediatric nasal anatomy. The through‑cut geometry produces clean bony openings.
The ostrum antrum punch (sidebiting, left, adult, 3mm × 7mm bite, ring handle, 100mm working length, 178mm overall) removes bone to enlarge the ostium or create secondary antral communications. Its sidebiting geometry accesses lateral nasal anatomy, while the 3mm × 7mm bite removes bone in measured increments. The ring handle distributes forces across the palm.
This small ostrum antrum punch delivers a 2mm bite for creating controlled middle meatal antrostomy during FESS and endoscopic maxillary surgery. Its straight through‑cut geometry produces clean bony aperture without excessive surrounding trauma. The compact size suits delicate maxillary ostium work.
The Ostrum antrum punch with Luer-lock coupling and upside-back cutting geometry delivers 1.5mm punching action for pediatric antrostomy creation. The back-cutting design avoids impaction while the Luer connection enables rapid tool changeover during endoscopic procedures.
The oval‑egg burr carries a 4mm head with a 7.9mm head length and an eight‑flute cutting pattern, sized for shaping and contouring cortical and cancellous bone. Sterile single‑use delivery preserves flute sharpness across the case, and the 54mm overall length suits standard handpiece chucking.
The Overholt periosteal elevator doubles utility through its two distinct ends, lifting periosteum from cortical and cancellous bone during exposure and soft‑tissue dissection. Size 3 designation indicates moderate width suited to standard fracture and spinal approaches. Its double‑ended design reduces instrument count.
This 5mm atraumatic palpation probe is optimized for gentle tissue manipulation and organ exploration during laparoscopic procedures. The blunt 5mm diameter permits safe insertion into abdominal ports while the probe's length of 450mm enables reach to deep structures. The atraumatic geometry supports delicate handling of viscera without serosal tears.
The Pannu small pupil cystotome cannula addresses challenging anterior capsule work in restricted pupil conditions. Its 22ga shaft with notch feature enables controlled capsular engagement and manipulation while the 50mm length provides extended reach without bulk. Designed for precise continuous curvilinear capsulorhexis (CCC) and capsule repositioning in dense cataracts with limited mydriasis.
These parallel-jaw pliers provide consistent flat-face engagement for wire bending and manipulation in orthopedic frame assembly. The side-cut configuration allows surgeons to section wires cleanly without jaw deflection. The 185mm length and straight geometry support precise control during intraoperative adjustment of external fixation systems.
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.
Park specula maintain wide eyelid retraction with adjustable locking thumb screws positioned externally, preventing interference with the surgical field. The fenestrated 15mm blades distribute pressure across the lid margin, while the 36mm spread provides full anterior segment exposure. Dull finish and straight geometry support safe contact with delicate periocular structures.
This Parsonnet epicardial self-retaining retractor is sized for selective exposure during cardiac surgery, with a 3 × 3 tooth pattern for stable pericardial and epicardial tissue apposition. The sharp working edge grips tissue reliably without slipping, while the compact 38mm length supports precise positioning in the pericardial sac. Gold coating enhances visibility and minimizes light reflection during microsurgical cardiac work.
The Partsch hexagonal-handled mallet in this shorter variant (181mm) delivers controlled percussion to bone and periosteum with a 22mm cylinder head. At 6oz, the lightweight profile reduces surgeon fatigue during delicate laminal and foramen approaches. Stainless steel provides lasting clinical durability.
The Passow osteotome with 2.5mm narrow blade and 121mm compact length enables precise bone cutting in fine orthopaedic work, particularly in revision procedures and delicate anatomic areas. The straight geometry supports controlled hammer-driven cuts, while stainless steel construction ensures edge sharpness and durability across repeated sterilization and use.
The Passow osteotome with 3.5mm blade provides moderate-width cutting capacity in compact 121mm format, balancing precision with broader bone-removal capability. The straight geometry delivers controlled cuts in orthopaedic procedures, while stainless steel resists corrosion and maintains edge quality across numerous sterilization cycles and clinical cases.
This patella forceps captures and stabilizes the patellar bone during reduction and fixation of fractures and osteotomy sites. The 2 × 2 teeth pattern creates point‑contact grasp without crushing the articular cartilage or fragile fragments, and the speed lock mechanism allows rapid one‑handed clamping. At 178mm, it provides optimal reach for open knee exposures.