Your cart is empty!
This Cobb‑Bruns curette, Size 2, features a straight 280mm shaft designed for controlled debridement of bone surfaces and removal of soft tissue from periosteal surfaces during orthopedic exposure. The compact Size 2 blade width provides fine precision in confined surgical fields. Stainless steel construction ensures reliable performance across repeat use.
Features & Benefits
The Cobb‑Bruns Size 3 curette provides increased blade surface area for efficient periosteal stripping during orthopedic dissection. Its straight 280mm design delivers reliable engagement with bone and periosteum in moderate-depth exposures. Stainless steel edges remain sharp and burr-free across many cycles.
Size 4 blade of the Cobb‑Bruns curette line suits wider bone surface debridement in open orthopedic approaches. The straight 280mm shaft maintains consistent geometry for reliable periosteal separation and bone edge smoothing. Robust stainless steel construction supports high-demand surgical use.
The Cobb‑Bruns Size 6 curette offers maximum blade width within the curette line for expedited removal of soft tissue and bone cortex during wide orthopedic exposures. Its straight 280mm shaft and robust profile support forceful scraping of vertebral endplates and broad bone surfaces. Stainless steel edge reliability is built for high-volume use.
The Collin lead-filled mallet exploits weight distribution and density to deliver consistent percussive force during vertebral body and intervertebral disc manipulation. Its blank-shaped head measures 29.8mm across and weighs 7.1oz, providing substantial but controllable striking energy. Stainless steel construction supports reliable reprocessing.
The Collin‑Lucae (Peck) lead‑filled mallet at 7.6 ounces with a 29.6mm head delivers controlled strikes on osteotomes and chisels with the lead‑filled head dampening recoil. The 197mm body keeps the surgeon's grip clear of the impact zone during sustained orthopedic and ENT work.
The combination flat-nose plier/cutter, featuring a 3.5mm tapered tip and 17-gauge cutting capacity, delivers dual functionality for wire bending and cutting in orthodontic and fixation hardware work. Tapered nose geometry enables precise gripping and positioning of small wires and pins. Integrated cutting edge handles wire and thin plate sections up to 1.5mm.
Combination mallet #5 medium size features replaceable nylon cap and solid stainless steel side for versatile bone striking. The round knurled handle, 25mm head diameter, and 12.8oz weight suit controlled arthroscopic and percutaneous procedures. Its 185mm length provides stable handheld control.
This combination mallet with dual striking surfaces�replaceable nylon cap and solid stainless steel�adapts to varied bone hardness and instrument requirements. The 22mm cylinder head distributes impact force, while the hollow handle reduces overall weight for extended use. The interchangeable cap allows field adjustment from soft‑tissue to cortical applications.
Combination mallet extra‑large with replaceable nylon cap and solid stainless steel side delivers flexible striking for bone and cartilage procedures. The 38mm head diameter and 12.7oz weight suit intermediate‑force bone work, while replaceable nylon extends instrument life. Round handle enables secure grip during prolonged procedures.
This large angled cone ring curette angled at 35 degrees with an 8mm diameter ring provides improved approach geometry to vertebral bodies, endplates, and facet joint surfaces. The 229mm shaft and knurled aluminum handle support controlled curettage in deep spinal exposures.
This large cone ring curette features an 8mm diameter round ring on a 229mm shaft with aluminum knurled handle, designed for controlled subperiosteal and cancellous bone curettage. The ring geometry allows capture of bone debris while providing directional control during bone bed preparation.
The small angled cone ring curette at 35 degrees with a 3mm ring diameter brings fine-control bone curettage to deep spinal recesses and confined joint work. At 229mm length with knurled aluminum handle, it supports precision work in laterally recessed anatomical spaces.
The small 3mm cone ring curette on a 229mm shaft with knurled aluminum handle serves precision bone curettage in confined spaces and delicate joint work. Its diminished ring diameter enables controlled removal of debris and diseased bone in tight surgical corridors.
Converse osteotome with a straight 2mm cutting edge on a 178mm frame, sized for fine osteotomies in facial bone and small‑joint orthopedic work. The narrow 2mm width permits controlled chisel cuts where larger osteotomes would split cortex unpredictably. Stainless steel construction supports repeat sterilization and edge maintenance across cases.
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.
The Cottle cross‑bar chisel, 2mm wide, delivers straight cutting geometry for controlled nasal septum and orthopedic bone work. The 181mm length supports precise handling in confined surgical fields. Stainless steel ensures reliable performance and edge retention for repeated surgical use.
The Cottle cross‑bar chisel is adapted for orthopedic bone work, particularly for controlled separation of cortical bone along joint margins and laminar regions. Its 4mm wide blade cuts through dense periosteal attachments and subperiosteal bone planes. The straight 181mm profile distributes force evenly across the blade edge during impact.
The Crane mallet combines a compact 8 oz head�30mm in diameter�with a short 165mm handle for controlled percussive work in confined orthopedic fields. Its balanced weight and geometry reduce fatigue during repetitive striking onto osteotome and gouge tips. Stainless steel construction ensures lasting durability.
Crane mallet with cylinder‑shaped stainless steel head and scalloped handle delivers high‑momentum striking for dense cortical bone reduction. The 38.1mm head diameter and 19.2oz weight provide substantial impact force, while the compact 177mm length suits controlled handheld procedures. Scalloped grip reduces fatigue during prolonged use.
This full-curve Crego periosteal elevator with a 15mm blunt edge facilitates periosteal stripping from cortical bone during orthopedic exposure. The standard curve geometry follows natural bone contours, enabling atraumatic lift while the 191mm length supports extended reach without flexion. Stainless steel withstands routine reprocessing and clinical demand.
This narrow 7mm Crego full-curve periosteal elevator excels in high-precision dissection where fine contouring of periosteal flaps is critical. The standard curve geometry mirrors bone surface contours, while the blunt edge prevents inadvertent periosteal or periosteal membrane injury during lamina and spinous process work. The 197mm length extends reach for deeper exposures.
Crego gentle-curve periosteal elevator with 15mm blunt edge offers controlled periosteal lift in anatomical planes where softer curvature preserves underlying capsular and vascular structures. The moderate curve accommodates varied bone surface geometry, and the 191mm length ensures adequate reach for proximal and shaft work. Stainless steel maintains edge durability through repeated use.
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.
Cushing intervertebral discectomy rongeurs remove disc material and clear the intervertebral space during lumbar and cervical discectomy. The 45 degrees up angle reaches into the disc space without crowding the spinal canal, and the 2 × 10mm jaws grasp annular and nucleus fragments under control. The 178mm working length carries the jaws to the disc while the ring handles steady two‑finger control.
This Cushing intervertebral discectomy rongeur features a 1mm bite width and straight jaw for precision bone removal in confined spinal spaces. The 127mm working length enables access to disc herniation and ligamentous material removal during cervical and lumbar procedures. The 1mm bite provides control during soft tissue and osteophyte removal without excessive bone loss from vertebral endplates and foramen.
The Cushing intervertebral discectomy rongeur angled down forty‑five degrees is engineered for removal of disc material and bone from the intervertebral space during anterior and posterior approaches. The 2 × 10mm jaw dimensions fit confined disc spaces, and the downward angle aligns with approach trajectories to the vertebral bodies and nerve root foramina. Stainless‑steel bite edges remain sharp across extended procedures.
The Cushing intervertebral discectomy rongeur angled 45 degrees upward provides enhanced access to lateral recess stenosis and foraminal pathology during cervical and lumbar decompression. The 2mm bite width delivers controlled bone and disc removal from foramen and lateral vertebral zones without excessive cortical disruption. At 127mm working length, the angled geometry improves surgical approach without patient repositioning.
The Cushing IVD rongeur bites disc and end‑plate material during cervical and lumbar discectomy. The straight 1.5 × 10mm jaws fit the narrow disc space without crowding the spinal canal, and the 180mm frame keeps the working end at the intervertebral level. Stainless steel construction holds the jaw edges through repeated spine‑set reprocessing.
Built at 16 × 48mm, the medium Darrach elevator sits between the small and large variants for moderate‑to‑broader periosteal lift in foot, ankle, and small‑bone orthopedic work. The slight curve tracks the bone contour, and the cross‑serrated handle resists slip.