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Mini Lambotte osteotome, curved 12mm wide, delivers controlled bone removal in moderate‑scale orthopedic work within confined surgical corridors. The 12mm edge width expands cutting surface without sacrificing precision positioning. Curved blade follows complex anatomic surfaces.
Features & Benefits
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.
This Adson periosteal elevator presents a semi-sharp straight blade measuring 7mm wide, designed for controlled elevation of periosteum from cortical bone surfaces during orthopedic exposure. The 171mm length and tear-drop blade geometry support delicate soft tissue separation along the periosteum and fascia.
The Adson periosteal elevator chisel combines a flat working surface with Adson‑pattern geometry for controlled elevation and separation of periosteum from cortical bone. The chisel‑style tip transitions smoothly between cortical surfaces during bone exposure and fascial plane dissection. Stainless steel maintains edge integrity across extended periosteal stripping work.
This hinged retractor with blunt 4 × 5 prong pattern distributes retraction forces across wider tissue areas, protecting joint capsule and ligamentous attachments. The hinged blade mechanism allows dynamic adjustment during orthopaedic procedures, while the maximum opening accommodates variable tissue thickness. Stainless steel construction supports reliable performance across many reusable cycles.
The Adson retractor employs four-by-four sharp prongs arranged in a square pattern, each 18mm deep and wide, to achieve distributed yet focused retraction of skin, fascia, and muscle during orthopedic and spinal exposures. The sharp prongs grip tissue margin securely without crushing underlying structures, and the 191mm length provides ergonomic working position. This design distributes retraction forces across multiple sites, reducing point trauma.
The Allerdyce elevator dissector, double-ended with 8mm semi-sharp and blunt blades and 191mm overall length, supports versatile subperiosteal dissection across orthopedic soft tissue and bone work. Semi-sharp end initiates dissection planes while blunt end protects underlying structures during final separation. Compact double-ended design reduces instrument inventory while enabling varied tissue approach.
This asymmetric pelvic reduction forceps features pointed ball tips that engage bone surfaces without piercing cortical margins during fracture reduction. The 406mm length provides leverage across wide pelvic zones, and the ball‑tip geometry distributes reduction force evenly while protecting underlying soft tissue and peritoneal contents. The straight configuration supports direct reduction control.
This small bone awl with square tip and phenolic handle provides precise starting points for cortical screw pilot holes and guidewire placement. The square geometry prevents tip rotation during initial cortical penetration, while the phenolic handle offers comfortable grip and thermal insulation during extended procedures. Stainless steel tip resists dulling.
This Kerrison rongeur delivers a 2mm bite with 40 degrees upbite geometry, optimized for controlled bone removal in spinal and orthopedic work. The curved-up architecture aligns the working edge parallel to the surgical field, supporting precise vertebral body and laminar resection. The 203mm working length provides excellent reach in deep spinal exposures.
This Bankart capsule spreader provides controlled separation of the joint capsule and anterior labrum during shoulder arthroscopy and open Bankart repair. The 155mm length enables access to the anteroinferior glenoid region through minimal tissue trauma. Stainless steel construction withstands the repeated stress of capsular distraction.
The Bankart capsule spreader engages the glenohumeral joint capsule with a ratcheted spreading action over a 152mm frame, holding open the working corridor during anterior shoulder stabilization. The ratchet locks distraction at incremental positions so the surgeon can free both hands for suture anchor placement on the glenoid rim. Stainless steel construction tolerates repeated shoulder‑set sterilization.
The Bankart glenoid perforating forceps combine slightly curved jaws with a gentle curve geometry for secure grasping of bone fragments and soft tissue during shoulder and glenoid reconstruction. The 170mm length supports reach into the glenoid fossa and labral region without hand strain. Perforating teeth ensure reliable tissue purchase during fracture fixation and capsular repair.
The Bankart glenoid perforating forceps is engineered for securing tissue and bone fragments during shoulder girdle reconstruction. Strong angled jaws grip fibrous tissue, capsular margins, and labral fragments at the glenoid rim. The 170mm length reaches deep intra‑articular structures while the angled design preserves surgeon visibility during shoulder exposure.
This Bankart‑Kobel interchangeable chisel system features a 178mm phenolic handle with three removable heads (10mm, 16mm, 25mm) for versatile bone-cutting applications across orthopedic procedures. The interchangeable head design minimizes sterilization set footprint while accommodating varied osteotomy widths. Stainless steel blades remain sharp through multiple reprocessing cycles.
The Bankart penetrating gouge features a 3mm sharp cutting edge mounted on a cylindrical 15/16‑inch (24.5mm) diameter head for controlled cancellous and cortical bone excavation. The straight cylindrical body provides stable hand positioning during orthopedic reconstruction procedures. Overall length of 221mm supports lever action and deep operative fields.
The Bankart percussion awl with 15/16 inch (24.8mm) round head and square body creates pilot holes and bony impressions in shoulder reconstruction procedures. The square geometry prevents rotation during mallet percussion and bone work. Stainless steel ensures reliable performance and durability for repeated surgical use.
The Beckman retractor delivers ratcheted self‑retaining capability with 4 × 4 blunt prongs for expansive periosteal and visceral protection in deep orthopedic fields. Its hinged lateral blades (25mm × 25mm) achieve maximum opening of 135mm, enabling broad exposure during spinal fusion and complex osteotomy work. The 310mm length provides leverage and stable hands‑free positioning throughout extended procedures.
Beckman self‑retaining retractor with 4 × 4 blunt prongs and hinged 25mm × 50.5mm blades delivers hands‑free retraction for soft tissue and bone exposure in orthopedic procedures. The ratcheted mechanism holds fascia and periosteum without manual assistance during extended cases. Stainless steel ensures reliable reprocessing and lasting durability for repeat surgical use.
This Beckman retractor presents a 4 × 4 sharp prong configuration on hinged 19mm x 25mm blades with a 164mm maximum opening, engineered for self-retaining spinal and deep orthopedic exposures. The hinged arm design and 311mm overall length accommodate variable field widths during vertebral and long-bone procedures.
The Beckman‑Eaton retractor employs 7 × 7 sharp prongs across a 44mm × 48mm footprint to achieve broad, controlled self‑retaining exposure. The sharp tooth geometry bites into fascia and periosteum, securing the deep field throughout spinal and large orthopedic cases. Its 318mm length accommodates extended surgical approaches.
The Beckman retractor features four by four sharp prongs with hinged 25 × 50.5mm blades that open to a maximum of 145mm, providing self‑retaining tissue exposure for large orthopedic fields. Sharp prongs penetrate fascia and periosteum securely without slippage. The hinged arm design and 310mm overall length distribute retraction force across a stable lever system.
The Bell bone file size #12CA provides dual working surfaces for controlled smoothing and contouring of bone surfaces, burrs, and rough fracture edges during orthopedic procedures. The double-ended design enables continuous workflow without tool exchanges, and the 178mm length provides comfortable grip and controlled file pressure. Stainless steel construction maintains file integrity across repeated use and high-temperature sterilization.
This Berry wire‑twisting forceps combines tungsten‑carbide construction with 6mm rounded serrated jaws, delivering superior edge retention during repeated wire rotation and fixation. The ring handles (gold‑plated for visibility) provide ergonomic fingertip control during axial twisting motions at the vertebral lamina or transverse process. The straight 184mm profile supports stable intraoperative positioning.
Beyer rongeurs feature a spring double‑action handle and a 4mm × 15mm bite that excels at controlled removal of vertebral osteophytes and laminar bone during complex spinal reconstructions. The curved jaw naturally approaches cortical surfaces without binding, and the spring return assists the surgeon's hand during repetitive cutting cycles. The compact 178mm length balances reach with maneuverability. Reusable stainless steel supports many procedures.
The Bishop bone curette combines a round cup geometry with a straight shaft for reliable scraping and debris removal in orthopedic cases. Size 1 delivers precise control in confined spaces, while the 159mm length balances reach with maneuverability. Stainless‑steel construction ensures durability through repeated sterilization and intraoperative use.
This Size 2 Bishop curette expands the capacity for bone curettage while maintaining the straight‑shaft precision geometry. The round cup profile efficiently removes debris and degenerated bone in deeper orthopedic fields. The 159mm length preserves tactile feedback necessary for safe tissue contact in confined operative spaces.
The Size 3 Bishop curette offers increased working surface for larger debridement volumes in orthopedic procedures. Its round cup design efficiently aggregates bone chips and debris, and the straight geometry delivers reliable tactile feedback. Built for sustained use across multiple cases through stainless‑steel durability.
The largest Size 4 round cup Bishop curette delivers maximum working surface for efficient bone removal in expanded orthopedic fields. The straight shaft maintains precise hand control throughout the procedure, while the 159mm overall length preserves reach without sacrificing tactile sensitivity. Stainless‑steel core resists wear across multiple sterilization cycles.
Bishop bone holding forceps incorporate an adjustable jaw mechanism that accommodates variable bone thicknesses and contours without requiring manual readjustment between fragments. The 229mm length provides reach suitable for deeper orthopedic exposures, and straight geometry ensures stable control when securing reductions across the periosteal and cortical interfaces. Stainless steel construction endures repeated clinical use.