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This Cobb spinal elevator combines a sharp 25mm round blade with a hexagonal handle, engineered for controlled vertebral body and endplate elevation during spinal decompression and fusion work. At 241mm, the overall length provides ample surgical reach into deep spinal exposures.
Features & Benefits
The Cobb spinal elevator, 25mm wide and 280mm long, is engineered for controlled subperiosteal dissection and elevation of bone from the vertebral body and lamina during spinal procedures. Its sharp working edge penetrates the periosteal interface cleanly, facilitating the separation of soft tissue from bony surfaces without stripping. The straight geometry and extended length enable access to deep spinal exposures with minimal lateral tissue trauma.
This Cobb spinal gouge features a full curved blade measuring 7mm wide, with a round knurled handle for controlled leverage during vertebral body and intervertebral space sculpting. At 280mm, the overall length provides adequate reach into deep spinal exposures during discectomy and fusion preparation.
The Cobb spinal gouge with gentle curve offers improved approach geometry for accessing parasagittal and lateral laminar surfaces during decompression. The 7mm‑wide blade curves smoothly, allowing surgeons to follow bone contours around the vertebral body and foramen without shifting hand position. Knurled handle ensures controlled striking force during facet joint work.
The Cobb reverse‑curved gouge is optimized for posterolateral vertebral body work where approach geometry demands upward and outward blade direction. The reverse curve and 7mm blade enable controlled bone removal from beneath the facet joint capsule and around the intramedullary canal. Round knurled handle maintains grip security during confined‑space dissection.
The Cobb spinal gouge in its straight configuration delivers a 7mm‑wide flat blade for controlled decortication along the vertebral lamina and spinous processes. The round knurled handle provides secure grip during mallet‑driven bone removal, while the 280mm length enables access to deeper vertebral bodies. Stainless‑steel construction maintains edge geometry across multiple sterilization cycles.
The Cobb‑Bruns straight curette is engineered for precise bone surface preparation during spinal and orthopedic procedures. Size 1 tip geometry allows controlled removal of bone debris and cartilaginous fragments from subchondral surfaces and vertebral endplates. Stainless‑steel construction supports reliable performance across repeated sterilization and clinical use.
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.
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.
College pliers with serrated jaws are essential for secure manipulation of wire, ligatures, and orthodontic appliances in the oral cavity. The angled shaft improves visibility and access during intraoral procedures, while cross‑serrated jaws provide superior grip on round or slippery materials. Built for durable reprocessing across repeated restorative and orthodontic cases, this 152mm instrument combines reliable spring action with stable closure force.
The College angled pliers feature serrated working edges optimized for secure grip on wire and band materials during orthodontic and prosthodontic manipulation. The angled geometry enables intuitive hand positioning in the oral cavity, while serration prevents wire slippage during adjustment. Overall length of 152mm supports comfortable intraoral control.
The curved College pliers feature smooth jaws designed for fine manipulation of dental materials and soft tissue in periodontal and restorative work. The standard curve geometry conforms to mandibular and maxillary anatomy, reducing strain during extended chair time. Smooth jaws prevent marring delicate tissues, while reliable spring mechanics support consistent closure force across repeat cases.
Straight Coller‑Crile hemostatic forceps at 140mm combine the Coller and Crile patterns in a compact format, sized for small‑vessel clamping during general surgical hemostasis. The straight profile suits in‑line clamping, and the ratcheted hinge locks the clamp.
The Coller forceps with strong curve is a multipurpose tissue grasper well‑suited for atrial appendage and pericardial handling during minimally invasive cardiac procedures. Its curved 140mm profile provides controlled lateral retraction and tissue manipulation in confined spaces. Stainless‑steel construction and spring‑loaded action support reliable performance across repeated OR 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 Colver tonsil forceps provides curved-jaw grasping for secure tonsil manipulation during tonsillectomy and pharyngeal dissection. Its single open loop ring handle reduces hand fatigue during prolonged retraction. The curved geometry follows the tonsillar contour.
The Colver tonsil knife dissector, double-ended with 15mm curved blade and serrated opposite blade, enables controlled tonsil dissection and capsule separation during tonsillectomy. The curved round edge initiates dissection while the serrated blade handles fibrous capsular adhesions. The 211mm length supports reach into the tonsillar fossa.
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 guarded chisels enable fine bone sculpting during rhinoplasty with built-in guard protection against unintended penetration of soft-tissue planes. The 6mm cutting edge suits delicate osteotomy work near the nasal dorsum and perpendicular plate. Curved-right ergonomic handle accommodates standard right-hand striking position during controlled nasal bone reduction.
The McKenty periosteal elevator combines a curved blade with a 5mm width suitable for controlled subperiosteal dissection during nasal, mastoid, and facial procedures. The standard curve follows anatomical contours during elevation and stripping, while the narrow blade width improves visibility in tight surgical spaces. Stainless steel construction supports reliable reprocessing.