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This Adson‑Beckman self‑retaining retractor provides hinged blade action for controlled periosteal and soft‑tissue exposure in orthopedic field procedures. The 3 × 4 blunt prong array distributes retraction force across a wide surface, reducing trauma to bone edges and underlying structures. At 159mm overall length, it delivers stable hands‑free holding during fracture reduction and fusion work.
Features & Benefits
The Adson retractor with four-by-four sharp prongs delivers angled exposure ideal for orthopedic dissection of muscle, fascia, and periosteum. At 18mm × 18mm with a 191mm shaft, the angled geometry enhances depth control while the sharp prongs bite securely into tissue margins. Stainless steel construction withstands repeated sterilization cycles across routine orthopedic cases.
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.
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.
This pair of 36 × 20mm Bankart‑Koebel glenoid retractor blades is the shortest in the standard 20mm‑wide series, sized for the smallest open shoulder fields where the blade must stay close to the glenoid rim. Blades only � pairs with existing Bankart‑Koebel handles.
Widening to 36mm at the same 36mm blade length, this Bankart‑Koebel blade pair gives broader soft‑tissue displacement in a short‑blade format. The wider face suits cases where larger volumes of capsule must be held away from the glenoid in a compact field.
This pair of 53 × 20mm Bankart‑Koebel glenoid retractor blades hooks behind the glenoid rim during open shoulder stabilization, presenting the labrum and capsule for repair. The compact 53mm length suits smaller anatomies where the blades must stay within the joint without crowding the working face.
The 53 × 36mm Bankart‑Koebel blade pair combines moderate length with the wider 36mm face for shoulder reconstructions where both depth and broader displacement are needed. Blades only � pairs with existing Bankart‑Koebel handles.
Sized at 68 × 20mm, this pair of Bankart‑Koebel glenoid retractor blades steps up from the 53mm version for mid‑range glenoid exposure during open Bankart and capsulolabral repairs. The 20mm width preserves a narrow profile while the longer blade reaches deeper into the joint.
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.
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‑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 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.
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.
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.
The Blair-Rollet retractor's four sharp prongs span a rigid 6mm-wide blade, designed for precise tissue retraction over periosteum and joint capsule margins. At 140mm, the compact profile supports fingertip control in narrow orthopedic exposures. Stainless steel withstands repeated use and sterilization.
Large bone hooks with 8 × 30mm head and grip handle are designed for substantial bone and soft tissue retraction in major orthopedic exposures. The broad hook surface distributes force across large cortical surfaces, minimizing stress concentration and periosteal damage. At 229mm, the length accommodates deep abdominal and spinal approaches.
This large bone hook with a single sharp prong and T‑handle is designed for robust elevation and retraction of femoral shaft and proximal femoral fragments during open reduction. The 178mm length delivers reach into deep thigh exposures, while the T‑handle configuration provides ergonomic mechanical advantage for sustained single‑hand retraction. Stainless steel construction supports reliable reprocessing.