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Meyerding finger retractors hold soft tissue away from the operative bone during hand surgery and small‑joint orthopedic exposure. The size 1 blade measures 7mm wide by 18mm deep, and the finger ring registers the surgeon's index against the handle for one‑handed retraction. The 178mm overall length suits small‑field tendon, ligament, and capsule exposure.
Features & Benefits
This large Meyerding laminectomy retractor features sharp teeth on a 50mm wide x 94mm long blade with ergonomic handle, configured for hands-free retraction of lamina, ligamentum flavum, and dura during spinal decompression. At 254mm overall length, it extends reach while maintaining secure tissue grip across the surgical field.
The Meyerding laminectomy retractor medium with sharp teeth and ergonomic handle is designed for controlled vertebral lamina and facet joint exposure during spinal decompression. The 25 × 80mm blade with sharp interlocking teeth holds bone edges securely without slipping, while the curved geometry follows laminar architecture. At 229mm, the length suits midline and lateral spinal approaches.
Built for spinal exposure, the Meyerding laminectomy retractor carries a 17 × 55mm blade with sharp teeth that anchor in paraspinal muscle and fascia, holding the corridor open over the lamina. The ergonomic handle distributes pulling force comfortably during sustained retraction, and the 229mm length matches the depth of posterior spinal access. Stainless‑steel construction tolerates repeated heavy loading.
These MIS retractor blades feature a 40 × 14mm anodized aluminum construction with integrated micro‑tooth surface for secure fascial and periosteal grasp. The red anodization provides visual differentiation within modular retraction systems while the 14mm blade depth supports controlled soft‑tissue exposure. Aluminum construction delivers lightweight durability without compromising strength.
This MIS retractor blade set provides a 45 × 14mm anodized aluminum construction with micro‑tooth surface, offering slightly wider coverage than the 40mm variant. Green anodization enables easy visual identification in multi‑blade retraction systems. Lightweight aluminum construction maintains rigidity while minimizing tissue trauma from excessive blade weight.
This MIS straight retractor tube features an 18mm bore in a 30mm custom length, constructed from blue anodized radiolucent aluminum. The straight geometry accommodates midline approaches while the radiolucent material permits intraoperative fluoroscopy without obstruction. Anodized aluminum construction delivers corrosion resistance and durability across repeat procedures.
This MIS straight retractor tube provides an 18mm bore in 40mm length, supporting wider exposure than the 30mm variant in minimally invasive spinal approaches. Blue anodization enables visual identification within modular systems while maintaining radiolucency for intraoperative imaging. Stainless steel reinforcement combines lightweight handling with structural rigidity.
This MIS straight retractor tube features a 22mm bore in custom 30mm length, finished in red anodized radiolucent aluminum for larger patient access. The compact custom length accommodates constrained surgical corridors while the anodized surface provides visual differentiation within multi‑bore systems. Radiolucent material enables unobstructed fluoroscopic imaging of the intramedullary canal and vertebral anatomy.
This MIS straight retractor tube provides a 22mm bore in standard 40mm length, supporting wider fascial and muscular exposure in minimally invasive spinal surgery. Red anodization differentiates this bore size within multi‑tube systems while radiolucent aluminum permits real‑time fluoroscopic assessment. Durable anodized finish withstands routine sterilization cycles.
This MIS straight retractor tube features a 26mm bore in custom 30mm length, finished in violet anodized radiolucent aluminum for maximum bore access in minimally invasive approaches. The custom compact length reduces surgical corridor length while the anodized surface provides rapid visual identification within complete retraction sets. Radiolucent material ensures unobstructed intraoperative imaging.
This MIS straight retractor tube provides a 26mm bore in standard 40mm length, enabling maximum exposure in minimally invasive spinal access while maintaining modular system compatibility. Violet anodization enables rapid bore identification, and radiolucent aluminum permits continuous fluoroscopic monitoring of the surgical field. Stainless steel reinforcement provides structural rigidity during retraction.
This MIS tubular retraction system provides modular components for minimally invasive spinal surgery, including graduated diameter tubes (18mm to 26mm), sequential dilators, rigid arm assembly, and storage case. The color‑coded tube and dilator system (blue, red, violet) enables rapid setup and patient‑specific dilation sequences. The L‑column rigid arm and table clamp support hands‑free retraction while maintaining intramedullary canal exposure.
This Oberhill self‑retaining retractor features a ratcheted frame, adjustable swivel arms, and 25×25mm 4‑prong blades across a 311mm length for wide surgical exposure.
The Obwegeser tissue retractor, curved downward with 25 × 7mm blade, provides atraumatic periosteal and soft-tissue retraction during maxillofacial and orthopaedic procedures. The curved geometry follows natural tissue planes, reducing surgeon fatigue during prolonged retraction. Stainless steel construction ensures reliable performance across sterilization and repeated clinical use.
The Obwegeser tissue retractor, curved downward with 31 × 10mm blade, balances exposure width with precise soft-tissue control during oral and orthopaedic surgery. The intermediate blade size and downward curve suit both fascial elevation and periosteal retraction. Stainless steel construction sustains reliable performance across sterilization cycles and repeated clinical applications.
The Obwegeser tissue retractor curves downward and outward, providing gentle lift of soft tissues during mandibular and orthognathic procedures. The 42 × 11mm blade geometry distributes contact force across a broad surface, reducing tissue bruising and supporting surgeon comfort during extended exposure. Stainless steel construction withstands repeated sterilization without loss of curvature integrity.
Scaled up to 70 × 14mm, this Obwegeser curved‑down retractor provides broader exposure in larger orthognathic fields without increasing compression force. The larger blade distributes tissue contact over greater surface area, minimizing vascular compromise. Stainless steel responds reliably to autoclave conditions, maintaining dimensional stability and curve geometry across many surgical uses.
The Obwegeser tissue retractor, curved upward with 42 × 13mm blade, provides broad, atraumatic soft-tissue exposure during orthognathic and maxillofacial procedures. The larger blade surface distributes forces over wider tissue areas, reducing compression trauma to muscle and fascia. The upward curve accommodates varied anatomic exposures while stainless steel maintains edge quality across repeated use.
This variant of the Obwegeser retractor curves upward, suited for retraction toward the surgeon in anterior mandibular and facial procedures. The 60 × 12mm dimensions provide ample contact surface, and the upward curvature follows natural tissue planes without causing edge impingement. Stainless steel composition ensures lasting reliability through routine clinical reuse.
This double-ended orbital retractor offers two blade geometries on a single instrument: a 10mm working end and a 16mm alternate end, permitting rapid conversion between approaches without instrument exchange. Each blade is ground flat to distribute retraction force smoothly across the orbital periosteum and soft tissue, supporting gentle exposure in enucleation or evisceration work. The double-ended design maximizes tray efficiency in orbital surgery.
Scaled upward for larger orbital exposures, this double-ended orbital retractor pairs a 12mm blade with an 18mm option to accommodate varying patient anatomy and surgical approach breadth. Each blade is engineered for atraumatic contact with periosteum and soft tissue, permitting sustained retraction without creating ischemic zones. The dual-geometry design maximizes flexibility in orbital wall dissection and reconstruction procedures.
For smaller orbital work in pediatric or confined spaces, this double-ended orbital retractor provides an 8mm blade paired with a 14mm alternate geometry. The narrow blades minimize periosteal trauma while offering sufficient surface contact to maintain stable retraction throughout dissection. Double-ended construction reduces tray bulk without sacrificing surgical flexibility in tight orbital compartments.
The single‑prong pelvic retractor combines a 24mm wide curved blade with 273mm overall length for controlled soft‑tissue retraction in pelvic exposures. Its standard curve follows anatomic contours of the pelvis, displacing peritoneum and viscera away from the surgical field without crushing underlying tissue. Stainless steel construction supports routine instrument reprocessing.
The Ramus retractor is designed for precise exposure of the ramus mandibulae and lateral jaw structures during oral and orthognathic procedures. Its 70 × 11.5mm blade provides adequate coverage while remaining compact for positioning in tight mandibular angles. At 221mm overall length, the instrument reaches the surgical field with excellent visibility and control.
The skid lever retractor provides articulated leverage for manipulating bone and cartilage during orthopedic work. Its mechanical advantage supports controlled reduction or repositioning of anatomical structures without excessive manual force. Straight stainless steel design offers reliability in frequent reprocessing.
This Skid lever retractor provides straight‑blade leverage for soft tissue and periosteal retraction in general and orthopedic surgery. Extended 289mm length supports reach into deep operative fields without requiring additional instruments. Stainless steel construction delivers reliable performance and edge retention across repeated surgical cases.
The Slim Line quick-release retractor handle employs a Luer lock cannulated system and black Radel construction to reduce weight while maintaining rigidity during retraction. The slide-locking mechanism permits rapid blade exchange or release without tool fumbling, improving operative flow during complex spinal or orthopedic procedures. At 200mm length, the straight geometry supports two-handed or one-handed retractor positioning.
Configured for arthroscopic and open knee exposure, the Smillie knee retractor presents a 13 × 55mm reverse‑curve blade that hooks behind the femoral condyle to lift soft tissue away from articular cartilage. The T‑handle distributes pulling force across the palm, and the 140mm overall length keeps the surgeon's hand outside the joint capsule. Stainless‑steel construction holds the blade contour through repeat reprocessing.
Sized for tighter joint corners, this Smillie retractor features an angled 19 × 30mm blade that lifts capsule and periarticular soft tissue away from articular cartilage. The T‑handle provides a balanced cross‑grip for steady traction, and the 140mm overall length matches the shallow geometry of small‑joint work. Stainless‑steel construction supports edge contour through repeat reprocessing.