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The Hayes hand retractor, 3mm tip width and 159mm overall length, delivers atraumatic superficial tissue retraction in foot, ankle, and small-joint exposures. Its compact size and narrow tip minimize trauma to periosteum and soft tissues bordering the surgical field. Straight geometry enables precise retraction in confined anatomical spaces without inadvertent tissue crushing.
Features & Benefits
This retractor features sharp teeth on a 25 × 100mm blade engineered for deep vertebral body and laminar retraction during spine exposure. The tooth pattern bites securely into bone edges and periosteum, maintaining exposure of the posterior elements and lamina without manual force. Stainless steel blade resists fatigue cracking under the prolonged tension of intraoperative retraction.
The Hibbs retractor features sharp teeth on a 25 × 75mm (1 × 3 inch) blade for secure fixation of soft tissue and periosteum during spinal and orthopedic exposures. The sharp tooth pattern grips fascia and muscle margin without slipping, anchoring the operative field hands-free while deeper structures remain accessible. Its 241mm overall length and straight profile provide stable leverage and unobstructed visualization of the vertebral lamina and posterior elements.
The humeral head retractor features dual blunt prongs and a U‑shaped hook on opposite ends for versatile shoulder exposure during rotator cuff and proximal humerus procedures. The 32mm wide blade with 184mm length provides broad tissue retraction while the curved geometry accommodates humeral head anatomy. Blunt prongs minimize trauma to deltoid and periosteal structures.
This Inge lamina spreader holds the laminotomy window open with smooth toothless jaws, opening to 32mm to seat against bone without tearing periosteum or paraspinal muscle. The self‑retaining ratchet locks position so both of the surgeon's hands stay on the decompression, and the 165mm length matches typical posterior spinal exposures. Stainless‑steel construction tolerates the cyclic loading of laminar retraction.
The Inge retractor at 241mm carries toothed working tips locked by a special ratchet, holding deep soft tissue open hands‑free during major orthopedic exposure. The toothed grip anchors the retractor in dense tissue, and the special ratchet preserves spread under tension.
This Johnson neuroma retractor's cross-over sharp prong configuration enables precise elevation and retraction of nerve tissue and surrounding fascia in peripheral nerve dissection. The compact 140mm length affords fingertip control in confined nerve access procedures. Stainless steel provides durability for repeated instrument use.
This joint calcaneal spreader accommodates 2.8mm (7/62 inch) spacing for controlled foot fracture reduction during orthopedic procedures. The straight 165mm handle reaches the heel while supporting stable leverage, and stainless steel construction endures the repetitive tension cycles of fracture management.
The Z-shaped knee retractor provides a large surface for soft-tissue and capsular retraction during open knee procedures. Its 45-degree angle geometry aligns with standard knee-approach angles, supporting ergonomic retraction without excessive torque on the handle. At 9.125 inches (232mm) overall length with a Hohmann handle, it offers substantial mechanical advantage for extended operative exposure.
The Kolbel glenoid lever combines a double-ended design with sharp-pointed teeth and a U-shaped hook to engage the glenoid fossa during shoulder surgery. The 15mm-wide tooth profile provides stable purchase on articular bone, while the curved 26mm hook supports periosteal layer retraction. At 300mm overall length, this instrument reaches deep into the joint capsule while maintaining excellent visibility.
The Kolbel glenoid retractor at 23mm with a single prong on a 300mm body provides hands‑free retraction during open shoulder cases. The single sharp prong anchors into the glenoid rim or capsular surface, and the long body keeps the handle clear of the operative field.
The Kolbel Modified retractor provides blunt-prong tissue retraction for soft tissue exposure in orthopedic fields. Its angled geometry and 2 × 2 blunt-prong configuration enables atraumatic advancement along fascial planes and periosteal boundaries. The 7-inch (180mm) length combines reach with controlled hand positioning during case setup.
This individual Kolbel retractor blade at 20 × 20mm is the most compact blade in the Kolbel range, sized for the smallest shoulder fields where the blade must stay close to the joint. Sold separately for replacement or addition to existing Kolbel retractor frames.
A Kolbel retractor blade in 36 × 20mm format provides a modular shoulder retraction surface that mounts into the Kolbel shoulder frame for glenohumeral exposure. The compact dimensions suit a focused window onto the joint capsule and rotator interval. Stainless‑steel construction tolerates the lateral retraction loads of shoulder arthroplasty.
The Kolbel retractor blade is designed for controlled exposure of bone and soft-tissue planes during orthopedic procedures. Its 36 × 36mm face provides adequate coverage for moderate surgical fields while remaining compact enough for precise positioning. Stainless steel construction supports reliable reprocessing across repeat cases.
This individual Kolbel retractor blade at 53 × 20mm is sold separately for replacement or addition to existing Kolbel self‑retaining retractor frames, used in shoulder and upper‑extremity exposure. The 20mm narrow blade preserves visualization through the working face.
This larger Kolbel retractor blade extends coverage to 53 × 36mm, accommodating broader surgical fields while maintaining handling control. The extended dimensions allow surgeons to retract fascia and periosteal flaps with single-blade positioning. Reusable stainless steel design ensures consistent performance through multiple surgical cases.
This individual Kolbel retractor blade at 68 × 20mm scales up the 53mm version for deeper shoulder and upper‑extremity self‑retaining exposure. Sold separately to replace or supplement existing Kolbel retractor frames, the 20mm narrow profile preserves visualization through the working face.
The individual Kolbel retractor blade at 85 × 20mm reaches the deepest of the standard 20mm‑wide blade options, sold separately for replacement or addition to existing Kolbel self‑retaining retractor frames. The 20mm narrow profile preserves visualization through deep shoulder exposure.
The Kolbel soft-tissue retractor features a 2 × 2 tooth configuration with angled blade geometry for controlled soft-tissue retraction in surgical approaches requiring delicate fascial and periosteal management. The tooth pattern provides atraumatic purchase on tissue layers without crushing. Its angled blade aligns with specific approach vectors in orthopedic exposures.
The Kujat humeral head retractor presents a 30mm notched bent tip with a 25 × 40mm cut‑out, sized to seat against the humeral head during shoulder arthroplasty and reconstruction. The T‑handle gives the assistant a two‑handed grip when sustained retraction is needed, and the 222mm length keeps the handle clear of the working field.
The Kujat humeral head retractor combines 35mm working surface with T‑handle and notched tip for atraumatic soft tissue and periosteal retraction in shoulder arthroplasty. The notched bent geometry prevents tissue slipping and capsular damage during prolonged exposure. Stainless steel is engineered for reliable performance and durability across repeat surgical cases.
This lamina spreader features a serrated working edge that grips bone securely during spinal decompression work. At 267mm overall length, it provides adequate leverage for controlled opening of laminar surfaces and foramen exposure during laminectomy.
This McCulloch retractor blade reduces the tooth count to four while extending the length to 100mm, accommodating finer dissection spaces in orthopedic work. The narrower 20mm blade profile and four‑point contact distribute retraction force evenly, minimizing tissue trauma during delicate mobilization. Stainless steel meets all sterilization standards for reusable surgical practice.
Maximum reach with reduced contact: this 120mm McCulloch blade features four teeth across a 20mm width, ideal for deep orthopedic exposure where soft tissue sensitivity is paramount. The four‑point distribution prevents tenting of tissue, while the extended length penetrates to deeper muscle planes. Stainless steel durability supports routine reprocessing.
This compact 90mm McCulloch blade with four fixating teeth serves shorter orthopedic exposures where space is limited. The 20mm width combined with four‑point contact enables precise tissue positioning without broad dissection, protecting nearby neurovascular structures. Stainless steel composition ensures lasting edge and surface integrity.
Extended to 100mm, this McCulloch retractor blade maintains the same six‑tooth fixation over a longer profile, deepening access in orthopedic fields requiring greater reach. The 27mm‑wide blade provides ample surface for controlled soft‑tissue management, and stainless steel construction endures repeated sterilization cycles without loss of edge definition.
The 120mm variant of the McCulloch retractor blade offers the maximum reach in this series, enabling mobilization of soft tissues in extended orthopedic approaches. Its six teeth anchor tissue reliably across the 27mm blade width, while stainless steel composition ensures consistent performance through autoclave cycles and clinical reuse.
The McCulloch retractor blade features a straight 90mm × 27mm geometry with six fixating teeth designed to secure soft tissues during retraction in orthopedic fields. Stainless steel construction is built for reliable performance and lasting durability across repeat clinical use. The toothed configuration provides stable hold without excessive pressure, supporting precise visualization of the surgical bed.
This McCulloch wide muscle blade retractor is designed for broad tissue and muscle retraction in orthopaedic and spinal approaches. The 27 × 70mm blade dimensions provide generous surface area for holding fascial and muscular tissue without crushing. Black coating supports visualization in deeper surgical fields while reducing light reflection.