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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.
Features & Benefits
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 Rhoton knife handle accommodates bayonet‑mount dissecting blades and is configured for minimally invasive spinal work. The 130mm working length and black coating provide controlled visualization during neural tissue dissection and lamina preparation. Straight shaft geometry supports precise hand‑held positioning in confined surgical corridors.
This MIS Spurling intervertebral disc rongeur features a 2 × 10mm bite configured in straight geometry for controlled removal of disc material and bone from the intervertebral space. The 180mm working length and bayonet handle accommodate tight exposure corridors in anterior and posterior cervical approaches. Black coating and sharp jaws support efficient tissue removal.
The MIS Spurling intervertebral disc rongeur with upbite configuration is optimized for removal of disc material from beneath the posterior longitudinal ligament and vertebral endplate. The 2 × 10mm upbite geometry and 180mm working length support posterior and posterolateral approaches in minimally invasive cervical and lumbar procedures. Black coating enhances field visualization.
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.
The MIS Woodson probe features a 6mm blunt tip and bayonet configuration, serving as both an elevator and dissector for periosteal, fascial, and soft tissue planes during spinal and orthopaedic procedures. The 150mm working length and 270mm overall length support access in deep surgical corridors. Blunt geometry minimizes neurovascular trauma during tissue separation.
The Molt elevator Size 9 provides fine straight-blade geometry for controlled periosteal elevation during orthopedic dissection and dentoalveolar work. The narrow profile enters subperiosteal planes with minimal soft-tissue disruption, while the 191mm length supplies balanced leverage for bone exposure. Stainless steel construction supports reliable performance across repeated clinical procedures.
This multipurpose flat nose pliers tapers to a 3mm cross-serrated jaw, designed specifically for manipulation and reduction of K-wire fixation. The 178mm working length and serrated gripping surface support controlled wire handling during fracture and arthroscopic procedures.
The Murphy‑Lane bone skid protects underlying soft tissues during bone manipulation and reduction. This double‑ended instrument allows the surgeon to select either end depending on anatomic presentation and working angle, making it versatile for both proximal and distal work. The 305mm length provides adequate leverage without excess reach.
The mycotic nail nipper's concave jaw and double-action mechanism address thickened, infected nail tissue. The compound leverage multiplies cutting force, enabling penetration through hardened, diseased nail plate. At 150mm, the extended shaft maintains distance from the operative field. Stainless steel withstands demanding use.
This nail nipper employs a concave jaw paired with a barrel spring mechanism for smooth, controlled cutting of nail tissue. The concave profile accommodates the nail plate's natural curvature, directing cutting forces parallel to the nail surface. At 140mm, the balanced shaft supports sustained handling without fatigue. Stainless steel cutting surface endures repeated use.
Designed for confined nail plate and periosteal work, this concave nail nipper combines a tapered jaw with a spring mechanism for controlled cutting in tight spaces. The narrow profile reduces bulk over the nail bed and operative field. At 140mm, the shaft provides stable leverage for precision handling. Stainless steel construction ensures lasting performance.
Compact 140mm nail nipper with a concave cutting blade tuned to follow the curve of the nail plate without splintering. The V‑spring keeps the jaws under steady return tension, and the flip lock secures the cutter for safe tray storage between cases. Stainless steel construction holds the edge through repeated cuts on toenail and onychomycotic tissue.
The angled double-ended nail rasp provides fine surface smoothing and contouring of nail edges and callused tissue. The two-ended design accommodates varied access angles during nail and periungual skin filing. Stainless steel rasp surfaces resist dulling across multiple uses.
The narrow-jaw nail splitter is engineered for controlled sectioning of intramedullary nails and fixation devices during removal procedures. The straight profile and narrow jaw configuration provide precise closing force on small-diameter metallic implants, while the compact 127mm length enables access to proximal and distal nail ends in confined surgical spaces. Stainless steel jaws maintain sharpness and structural integrity through multiple sterilization cycles.
Pattern #59 nail splitter delivers a small straight jaw that slips beneath the nail plate and splits along its length without crushing the underlying nail bed. The straight profile suits ingrown nail and onychocryptosis procedures where a controlled longitudinal cut is needed. Stainless‑steel construction holds the cutting edge through repeat sterilization.
Pattern #60 nail splitter pairs a small straight jaw with a refined cutting profile for clean longitudinal division of the nail plate during partial avulsion. The straight tip threads beneath the nail without damaging the nail bed, supporting controlled ingrown nail correction. Stainless‑steel construction sustains the edge across repeat reprocessing cycles.
Needle‑nose locking pliers with 63.5mm jaw length and 5mm tip width deliver variable grip on small orthopedic hardware and bone fragments. The locking mechanism enables hands‑free clamping during intraoperative positioning or assembly, while the 241mm overall length provides mechanical advantage for secure fastening. Stainless steel construction resists wear.
These needle-nose locking pliers provide secure gripping force for wire and small-diameter fixation components in orthopedic assembly. The 300mm overall length extends reach into deep surgical fields, while the tapered tips access confined anatomical spaces. Stainless steel construction withstands routine sterilization and multiple case uses.
These needle-nose pliers feature fine-pointed jaws for grasping small bone fragments, pins, and hardware during orthopedic assembly and reduction. The precision tip design permits manipulation of fine hardware in narrow surgical spaces without bulk. Stainless-steel construction ensures corrosion resistance and durability through repeated sterilization and orthopedic case use.
These precision needle‑nose pliers with 1mm tips manipulate small diameter wire and delicate orthopedic implants during minimally invasive reduction and fixation. The tapered jaw profile allows access into confined spaces within the joint capsule and around bony landmarks. At 130mm, they enable fine control in percutaneous procedures.
These delicate needle‑nose pliers feature precision‑ground jaws designed for fine wire and fixation manipulation in small‑field orthopedic work. The 140mm length provides steady reach without excess leverage, while the straight geometry maintains contact visibility during assembly or adjustment. Stainless steel jaws retain sharpness through multiple reprocessing cycles.
Serrated needle‑nose pliers tapered to 2mm deliver firm grip on small hardware and wire segments in hand and wrist orthopedic fixation. The serration pattern locks round or irregularly‑shaped fasteners without slipping, essential for secure intraoperative adjustment. At 140mm, the shaft supports single‑hand manipulation in confined spaces.
The Novo extra-large mallet features all-phenolic construction and a 87mm head to deliver maximum-force percussion during major orthopedic procedures on large bone surfaces and vertebral bodies. At 263.5mm length and 12.3oz, the instrument extends reach while maintaining control. Plastic construction prevents metal-to-bone trauma.
The Novo small mallet delivers controlled percussion through its phenolic cylinder-shaped head at 56mm diameter. Weighing 6.2oz and measuring 250mm, the instrument suits fine-to-medium orthopedic bone work with reduced operator fatigue. Round handle and plastic construction minimize percussive rebound and trauma.