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Sold as a matched pair, these Bankart glenoid retractor blades present a 68 × 36mm footprint sized for the anterior shoulder approach during open Bankart repair. The blade-only configuration mates to a compatible holder, distributing retraction force evenly along the glenoid rim while protecting the joint capsule and labrum. Stainless‑steel construction holds edge geometry through repeated reprocessing cycles.
Features & Benefits
This 85 × 20mm Bankart‑Koebel glenoid retractor blade pair reaches the deepest of the standard 20mm‑wide options, sized for larger anatomies or deeper open Bankart exposures. The straight blade profile and 20mm narrow width keep the working face uncluttered during labral repair.
Built at 85 × 36mm, this Bankart‑Koebel glenoid retractor blade pair widens the standard 20mm profile to 36mm for broader soft‑tissue displacement during open shoulder reconstruction. The wider face is suited to cases where larger volumes of capsule and rotator cuff must be held clear of the glenoid.
The Bankart‑Kolbel glenoid self‑retaining frame provides a modular retraction system with spring-ball-lock fixation and interchangeable blade attachment. At 7.875 inches (200mm) overall length, it sets up hands-free glenoid exposure during shoulder reconstruction without requiring assistants. The frame accommodates various blade widths and prong configurations for flexibility across different surgical approaches.
This 36 × 36mm interchangeable glenoid retractor blade attaches to the Bankart‑Kolbel self‑retaining frame for shoulder-reconstruction exposure. Its 36mm square profile creates broad surface contact with the glenoid and rotator-cuff footprint, providing atraumatic retraction across extended surgical fields. The blade-only configuration enables surgeons to manage multiple blade sizes for case-specific optimization.
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‑Kolbel glenoid retractor features a 15mm blade width and 2-prong configuration for atraumatic glenoid and shoulder-capsule retraction during anterior shoulder reconstruction. Its heavily curved geometry matches the glenoid arc, supporting hands-free retraction without compression injury to the articular cartilage and rotator-cuff footprint. At 11.75 inches (300mm), it provides extended reach to the glenohumeral joint.
At 23mm blade width, this larger Bankart‑Kolbel glenoid retractor accommodates broader glenoid surfaces and extended rotator-cuff footprint exposure during revision shoulder reconstruction and bone-grafting procedures. The heavily curved blade aligns with articular geometry, providing atraumatic contact during sustained retraction. The 2-prong fixation enables hands-free exposure without assistant requirement.
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-Adson laminectomy retractor employs hinged blades with four-by-four sharp prongs spanning 44mm × 25mm, opening to 145mm for wide-field laminectomy access. The hinged mechanism allows independent blade positioning over lamina and foramen margins. At 311mm, the extended length supports safe distancing in posterior cervical and lumbar approaches. Stainless steel resists corrosion through sterilization.
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.
Bennett bone elevator/retractor, small size, with a 44mm wide straight blade and 254mm length is engineered for controlled elevation and retraction of bone and periosteum during orthopedic exposure, particularly in limited-field proximal approaches. The blade geometry provides broad yet controlled surface contact for retracting cortical and cancellous bone without tissue crush.
The Bennett bone elevator delivers controlled lifting and retraction of periosteum and bone during open reduction procedures. This straight, small‑profile instrument measures 64mm wide and 254mm overall length, fitting compact surgical corridors where space is constrained. Stainless steel construction ensures reliable durability across repeated sterilization cycles.
Bergman II mallet features stainless steel head and phenolic handle with compact 29.5mm diameter and moderate 15.6oz weight for fine‑precision percutaneous and arthroscopic procedures. The 261mm overall length enables controlled impact without excessive reach. Moderate weight suits prolonged surgical procedures.
The Bergman II mallet features double‑sided convexed striking faces with 28.8mm head diameter and smooth grip handle, engineered for finesse in anatomical reduction. The 235mm length and balanced weight distribution support extended use with minimal hand fatigue.
Bergman mallet with round knurled handle and stainless steel head delivers controlled striking during bone and cartilage procedures. The 24.9mm head diameter and 14.8oz weight suit fine‑precision work in confined surgical spaces. Its 241mm overall length provides stable handheld control.
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.
The Beyer rongeur offers a curved profile and spring handle paired with a 3mm × 14mm double‑action bite for ergonomic bone removal during extended procedures. The curved geometry improves approach angles in angled surgical fields. Spring handle action reduces hand fatigue while maintaining precise bite control.
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.
This Blair-Rollet retractor features four blunt prongs on a rigid 6mm wide blade, measuring 140mm overall length, designed for gentle soft-tissue and periosteal retraction in orthopedic exposures. Its compact rigid geometry prevents unintended blade movement during steady-state exposure.
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