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The Joseph bone saw features a narrow straight blade optimized for precise oscillating cuts through cortical and cancellous bone. The stainless steel construction withstands repetitive stroking motion without deformation, supporting clean osteotomy completion. Straight geometry ensures orthogonal cut geometry during fracture alignment procedures.
Features & Benefits
The Kleinert‑Kutz tendon retriever with flexible shaft features serrated sharp teeth for atraumatic engagement of tendon ends during primary and secondary repair. Its flexible 203mm shaft allows controlled tensioning and positioning of the tendon within the carpal tunnel and forearm planes without rigid constraint. Serrated working edges grip tendon without crushing delicate collagen fibers.
The Kleinert‑Kutz tendon retriever with rigid shaft delivers robust control for tendon end engagement during primary and secondary repair in the hand and forearm. Serrated sharp teeth grip tendon securely during advancement and tensioning maneuvers without crushing delicate soft tissue. The rigid 203mm profile provides fixed geometry for mechanical advantage.
The Love‑Kerrison punch combines geometry from both surname patterns, featuring 3 × 15mm jaws and an 8-degree upbite for precise vertebral-body and disc-space bone removal. The thin footplate design preserves periosteum and soft-tissue barriers, while the upbite angle directs material toward the surgeon for efficient removal. Ideal for anterior cervical fusion and lumbar laminotomy.
This microdiscectomy cervical bone waxer carries a straight XL bayonet shaft with a black handle and a 104mm working length over a 241mm frame. The wax‑application tip seats bone wax onto cancellous bleeding surfaces in the cervical disc space, where electrocautery near neural elements is contraindicated. The bayonet offset preserves the microscope sight line during application.
This micro discectomy cervical nerve hook with ultra‑fine tip and bayonet handle enables gentle retraction of nerve roots and dural sac during minimally‑invasive cervical procedures. The extended 104mm working length reaches deep foraminal regions without requiring additional retractor placement. The XL bayonet geometry provides ergonomic control in confined microfields.
The ultra‑micro cervical nerve hook with bayonet handle provides the finest tip resolution for delicate foraminal and lateral recess nerve root mobilization. The extended 104mm working length navigates deep vertebral foramina while the XL bayonet format maintains visibility during neural dissection. Stainless steel tip preserves fine geometry across cases.
The microdissectomy dissector bayonet delivers a flat 3mm tip in straight geometry for gentle separation of soft tissue and disc material from bone and neural structures. The 254mm bayonet shaft with gray aluminum round handle positions the hand away from the operative corridor. This dissector supports safe tissue mobilization and ligament stripping in confined spaces.
The microdissectomy dissector bayonet (5mm) combines a slightly wider straight blade with 254mm bayonet geometry for progressive separation of tissue planes around the intervertebral space and foramen. The offset gray aluminum round handle maintains ergonomic control, while the broader tip supports lever‑based dissection without penetrating critical anatomy. This dissector suits systematic subligamentous and extradural work.
Mini countersinks prepare orthopedic screw seating sites with a 1.5mm cutting flute that creates precise conical depressions in cortical bone, protecting screw head proximity to the periosteum during intramedullary and plate fixation work. The compact dimensions facilitate use in confined fracture exposures. Reusable stainless steel construction maintains cutting edge sharpness across repeated cases.
The MIS Penfield dissector number 4 features a 4mm blunt tip and bayonet handle, optimized for controlled dissection of periosteum, dura, and ligamentous tissue during spinal decompression and neural approaches. The 150mm working length accommodates deep exposure corridors while the black coating enhances visualization. Blunt spatulate geometry prevents sharp puncture injuries to adjacent tissues.
The MIS Woodson probe features a 6mm blunt tip and bayonet configuration, serving as both an elevator and dissector for periosteal, fascial, and soft tissue planes during spinal and orthopaedic procedures. The 150mm working length and 270mm overall length support access in deep surgical corridors. Blunt geometry minimizes neurovascular trauma during tissue separation.
The Murphy‑Lane bone skid protects underlying soft tissues during bone manipulation and reduction. This double‑ended instrument allows the surgeon to select either end depending on anatomic presentation and working angle, making it versatile for both proximal and distal work. The 305mm length provides adequate leverage without excess reach.
The mycotic nail nipper's concave jaw and double-action mechanism address thickened, infected nail tissue. The compound leverage multiplies cutting force, enabling penetration through hardened, diseased nail plate. At 150mm, the extended shaft maintains distance from the operative field. Stainless steel withstands demanding use.
This nail nipper employs a concave jaw paired with a barrel spring mechanism for smooth, controlled cutting of nail tissue. The concave profile accommodates the nail plate's natural curvature, directing cutting forces parallel to the nail surface. At 140mm, the balanced shaft supports sustained handling without fatigue. Stainless steel cutting surface endures repeated use.
Designed for confined nail plate and periosteal work, this concave nail nipper combines a tapered jaw with a spring mechanism for controlled cutting in tight spaces. The narrow profile reduces bulk over the nail bed and operative field. At 140mm, the shaft provides stable leverage for precision handling. Stainless steel construction ensures lasting performance.
Compact 140mm nail nipper with a concave cutting blade tuned to follow the curve of the nail plate without splintering. The V‑spring keeps the jaws under steady return tension, and the flip lock secures the cutter for safe tray storage between cases. Stainless steel construction holds the edge through repeated cuts on toenail and onychomycotic tissue.
The narrow-jaw nail splitter is engineered for controlled sectioning of intramedullary nails and fixation devices during removal procedures. The straight profile and narrow jaw configuration provide precise closing force on small-diameter metallic implants, while the compact 127mm length enables access to proximal and distal nail ends in confined surgical spaces. Stainless steel jaws maintain sharpness and structural integrity through multiple sterilization cycles.
Pattern #59 nail splitter delivers a small straight jaw that slips beneath the nail plate and splits along its length without crushing the underlying nail bed. The straight profile suits ingrown nail and onychocryptosis procedures where a controlled longitudinal cut is needed. Stainless‑steel construction holds the cutting edge through repeat sterilization.
Pattern #60 nail splitter pairs a small straight jaw with a refined cutting profile for clean longitudinal division of the nail plate during partial avulsion. The straight tip threads beneath the nail without damaging the nail bed, supporting controlled ingrown nail correction. Stainless‑steel construction sustains the edge across repeat reprocessing cycles.
This Obwegeser periosteal stripper includes a 9mm tip and a 200mm length for controlled elevation of periosteum.
This double‑ended probe and packer (pattern #92) pairs a slender probe tip with a packing end for placing graft material into small bone defects and cysts. The straight shaft keeps the working ends coaxial during force application against cortical bone. Stainless‑steel construction supports the repeat compaction loads of bone packing.
This replacement blade is designed for finger ring cutters, enabling surgeons to change cutting edges without replacing the entire instrument. Stainless steel composition delivers the same sharpness and edge retention as the primary blade, and the replacement format supports cost‑effective maintenance of ring cutter instruments during orthopedic and trauma cases.
This replacement screw cap fits the D7934‑A depth gauge and maintains measurement accuracy for bone fixation during repeated clinical use. The cap engages securely on the depth gauge shaft, and stainless steel construction ensures lasting durability across extended sterilization cycles.
This replacement screw cap fits the D7935‑A depth gauge and preserves measurement accuracy across multiple sterilization cycles during orthopedic bone work. The stainless steel cap engages reliably and resists corrosion during storage and reuse in clinical settings.
This replacement screw cap fits the D7936‑A depth gauge and maintains bone fixation measurement reliability during extended clinical use. The stainless steel construction resists corrosion, and the secure fit preserves calibration accuracy across multiple procedures.
This replacement screw cap, compatible with component D7946-A, maintains secure assembly integrity for modular orthopedic instruments. Stainless steel construction provides corrosion resistance and reliable thread engagement across repeated assembly cycles. The standardized cap design ensures consistent fit and torque characteristics.
This replacement screw cap is manufactured in stainless steel for reliable performance during repeated sterilization and clinical reuse. Compatible with D7948-A assemblies, it restores integrity to your orthopedic screw fixation systems.
This 3.5mm screwdriver is engineered for precision engagement of orthopedic bone screws in cervical, lumbar, and structural applications. The notched head prevents cam-out slippage during torque application, while the hexagonal handle provides rotational control and tactile feedback. At 254mm, the shaft length reaches deep surgical sites without compromising grip.
The cruciform screwdriver, 254mm overall length, engages Phillips-head orthopedic screws across varied plate and fixation systems. Extended length facilitates access to deep surgical fields while the straight geometry maintains perpendicular screw seating. Cruciform tip design ensures positive engagement without cam-out or screw head stripping.