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This 2.7mm tap thread the intramedullary canal during percutaneous or open screw fixation of fractures and arthrodesis constructs. The shaft runs through a threaded guide to establish a consistent pitch within cortical and cancellous bone. Stainless steel withstands the torsional load of thread cutting.
Features & Benefits
This bone chip packer features a 6.3mm diameter round face with a hexagonal handle, designed for controlled impaction of bone graft material into prepared defects and fusion sites. The 248mm overall length and shaped working surface ensure predictable bone chip seating and consolidation.
Designed for fine graft placement in narrow defects, this 2mm by 9mm bone chip packer maintains precision during delicate vertebral body or metaphyseal void filling. The slender 2mm profile fits into confined spaces such as vertebral body foramina or tight fusion sites, while the hexagonal handle assures secure handling during prolonged packing procedures. Stainless steel durability meets the demands of multiple reprocessing cycles.
The bone chip packer, 3.2mm thick by 16mm wide, is designed to condense and position bone graft material into vertebral bodies, metaphyseal defects, or other cavitary lesions. The straight profile and hexagonal handle provide stable grip during repeated packing motions, and the compact tip geometry allows access to confined spaces such as the intramedullary canal or fusion bed. Stainless steel construction withstands the mechanical forces of impaction.
The bone chip packer, 6 × 19mm with hexagonal handle and 250mm extended length, facilitates controlled placement and compression of bone graft chips during spinal fusion and bone reconstruction procedures. Hexagonal handle improves rotational control during packing motions. Extended length enables access to deep vertebral fusion sites while maintaining operator visibility.
The 6mm by 9mm bone chip packer accommodates larger graft volumes while maintaining controlled placement in metaphyseal regions, vertebral bodies, and tibial/femoral defects. The increased thickness provides mechanical rigidity during impaction without the risk of buckling, and the hexagonal handle ensures secure grip during repetitive packing strokes. Stainless steel construction endures the mechanical demands of impaction and thorough sterilization.
The Bone Compactor/Impactor features a replaceable white nylon head with criss‑cross serration for atraumatic consolidation and controlled compaction of bone surfaces, particularly during vertebral body fusion and periosteal work. The 20mm diameter and 165mm length suit confined spinal spaces. Stainless steel shaft provides structural integrity.
The bone impactor with a 6.5 × 11.5mm offset head is designed for precise impaction of bone grafts, implants, or structural elements into metaphyseal defects and vertebral bodies during fusion procedures. The offset geometry angles the striking surface away from the surgeon's hand, protecting against rebound while the 216mm length provides clear sight lines and controlled hammer strokes. Stainless steel construction tolerates repeated impacts without deformation.
The lumbar bone impactor with a 10 × 13mm unguarded head is engineered for direct impaction of bone graft or implants into lumbar vertebral bodies and metaphyseal fusion sites. The unguarded design offers complete visualization of the impact zone and maximum surface contact with the graft, and the 223mm length provides biomechanically favorable leverage during hammer-driven impaction. Stainless steel durability ensures reliable service through repeated sterilization and use.
This precision stainless steel caliper measures anatomic dimensions up to 152mm in both metric and imperial units, essential for surgical planning in orthopedic trauma and reconstruction. The fine‑point arms provide consistent contact on bone landmarks, while the dual‑scale dial ensures accurate femoral condyle, acetabular, or vertebral body measurements. Reusable construction supports decades of clinical use.
This Caspar screwdriver engages distraction screws used with Caspar cervical systems. Its Radel PPSU handle provides a secure, heat‑resistant grip. The machined tip ensures precise seating and reliable torque transmission in deep operative fields.
Caspar type distraction screw, 12mm, provides reliable vertebral body purchase during controlled anterior cervical expansion. Thread pitch and flute geometry are optimized for dense cortical bone and cancellous architecture common at the C3‑C7 vertebral bodies.
Caspar type distraction screw, 14mm, delivers superior vertebral body engagement in wide‑body cervical anatomy. Thread geometry matches Caspar‑system rack‑and‑pinion distraction mechanisms, ensuring reliable force transfer during multi‑level expansion procedures.
The Cooley‑Baumgarten wire twister delivers tungsten carbide jaws with heavy blunt profile for reliable grip on stainless steel and titanium wires during spinal fixation and orthopedic assembly. The 203mm length provides excellent leverage for wire twisting and hardware positioning in vertebral and metaphyseal work. Tungsten carbide construction resists wear during repeated wire engagement and high-torque twisting.
This crotchet hook suture passer features a fine curved hook optimized for retrieving and passing suture through periosteal and fascial tissue during repair procedures. The P hand (palm) configuration provides ergonomic grip for controlled hook manipulation through confined surgical spaces. Stainless steel construction ensures durability during repeated passage through dense tissue planes.
This extra‑large depth gauge measures screws up to 150mm for long bone fixation in femoral and tibial procedures requiring extended implant selection. The graduated scale enables rapid accurate measurement, and the 305mm overall length provides extended reach for deep surgical corridors.
This extra‑large depth gauge accommodates orthopedic screw measurement up to 160mm, enabling accurate intramedullary and cortical screw length verification during fixation. The straight design provides direct reading without parallax error, and the 330mm overall length extends reach into deep intramedullary canals. Stainless steel construction withstands sterilization without dimensional drift.
This depth gauge measures screw lengths up to 30mm for mini‑screw fixation in small bone work and pediatric orthopedic procedures. The graduated measurement scale ensures accurate implant selection, and the compact 158.75mm length remains easy to maneuver intraoperatively.
This depth gauge measures intramedullary screw length up to 120mm, accommodating the full range of long bone fixation from small metacarpals to femoral and tibial implants. The 158.75mm overall handle length provides stable positioning and clear sight lines to the depth markings during intraoperative measurement. Durable stainless steel withstands repeated sterilization and field use.
The Deschamps ligature needle carrier (left hand) mirrors the right‑hand design with a straight profile, flat handle, and sharp tip for left‑handed needle passage around fasciae, tendons, and soft‑tissue attachments. The 200mm length maintains adequate reach, while the left‑hand orientation ensures ergonomic control and natural instrument approach during orthopaedic reconstruction.
The Deschamps ligature needle carrier (right hand) combines a straight geometry with a flat handle and sharp tip for passing sutures around tissue bundles, tendons, and ligaments during soft‑tissue repair and reattachment. The 200mm length permits reach into deeper surgical fields, while the right‑hand configuration supports natural hand placement for needle passage around periosteal and fascial planes.
This quick-connect drill tap combines dual-scale markings in millimeters and inches for precise thread preparation in cortical bone. The 6.5mm cutting diameter and 203mm overall length enable reliable tap advancement into the intramedullary canal during screw fixation procedures. Straight geometry supports perpendicular entry into vertebral bodies and metaphyseal regions.
The English ingrown nail forceps' narrow blade and anvil pattern provide controlled grasping and elevation of deformed nail tissue during ingrown nail removal. The narrow profile allows precise engagement without trauma to surrounding nail bed and periosteum. At 127mm, the shaft supports fingertip control during delicate nail work. Stainless steel sustains multiple uses.
Pattern #90 combines an excavator end for scooping cancellous bone with a packer end for compacting graft material back into the defect. The two complementary tips on a single shaft cut down on instrument exchanges at the field during bone grafting steps. Stainless‑steel construction tolerates the repeated compaction loads of packing against cortical walls.
The femoral head caliper provides direct measurement of the femoral head diameter for sizing prosthetic components during hip arthroplasty. Its straight 190mm working length supports positioning on the exposed articulation while maintaining surgical sight lines. Precision arms ensure stable contact on the bone surface.
This anterior graft driver with guarded head geometry enables controlled impact delivery of bone or cartilage grafts into prepared intramedullary canals and vertebral defects. The 7 × 12.5mm head size seats against graft surfaces without crush injury, while the guard prevents unintended depth advancement. Stainless steel construction withstands mallet impact without deforming.
The anterior graft driver with a 7 × 12.5mm unguarded head is optimized for delivering cancellous or corticocancellous grafts into anterior vertebral body defects during ACDF and fusion procedures. The unguarded head provides maximal surface area for force distribution across the graft material, reducing stress concentration, while the 222mm working length enables controlled positioning and striking from an anterior approach. Stainless steel resists corrosion and repeated thermal sterilization.
Pattern #81 ingrown nail forceps grip the nail plate margin for controlled traction during partial or complete avulsion. The jaw geometry seats against the lateral nail fold without crushing the underlying nail bed or paronychial tissue. Stainless‑steel construction tolerates the focused loading of nail extraction.
This Joseph bayonet bone saw features left‑angled geometry that improves approach angle when sectioning cortical bone in confined surgical spaces. The narrow blade transitions cleanly through dense periosteal tissue and intramedullary regions. Bayonet configuration preserves the surgeon's visual field during restricted‑access fracture work.
The right‑angled Joseph bayonet saw complements left‑sided access, allowing bilateral approach options during complex fracture reduction. The bayonet offset elevates the handle away from the operative field, improving visibility and reducing fatigue during extended bone sectioning. Straight blade geometry cuts through cortical and cancellous regions without binding.