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This Sypert bone tamp features a 5 × 15mm oval head sized for larger graft surfaces and heavier impaction work in femoral stem and bulk graft placement. The phenolic handle absorbs impact vibration while the crisscross grip provides secure traction during repeated striking strokes. At 292mm, the instrument delivers both reach and mechanical advantage for controlled bone work.
Features & Benefits
The Sypert bone tamp with 6 × 20mm oval head accommodates the largest graft materials and densest bone impaction scenarios in orthopedic reconstruction. The extended oval surface disperses striking force evenly, minimizing micromotion and fracture risk. Phenolic handle construction absorbs impact energy while the crisscross grip maintains secure hold during sustained impaction work.
The Takahashi rongeur removes bone from the lamina, vertebral body, and articular process with 4mm × 10mm bite dimension. Its straight configuration aligns with posterior spinal anatomy, and the 127mm working length suits arthroscopic and mini‑open spinal procedures. Stainless steel edges maintain sharp cutting action.
Taylor percussion hammer features a rubber triangular head for controlled impaction during osteotomy alignment and bone‑seating procedures. The 200mm length positions the surgeon's hand proximal to operative field during precision tapping. Rubber tip ensures repeatable, atraumatic bone contact without marring instrument surfaces.
The Taylor percussion hammer provides controlled striking force for osteotome and chisel work in orthopedic procedures. The stainless steel head and handle combine robustness with favorable weight distribution for sustained tapping without hand fatigue. The 203mm length suits standard orthopedic instrument spacing and hand positioning.
The Taylor retractor's broad 30mm blade and 152mm length support expansive periosteal and muscle retraction during posterior spinal and deep abdominal approaches. The straight geometry facilitates reliable positioning while protecting underlying viscera and neurovascular structures.
At 19mm blade width and 50mm length, this Taylor retractor variant delivers compact retraction geometry ideal for confined spaces and delicate tissue planes. The short length enables precise hand positioning within restricted surgical corridors during fine bone and fascia work.
The 102mm length extends this Taylor retractor to reach deeper structures while maintaining the 19mm blade width for controlled periosteal and fascial separation. The straight geometry supports reliable positioning during layered spinal and abdominal exposures.
This Taylor spinal retractor's straight blade spans 32mm wide and 76mm in length, supporting controlled retraction of muscle and soft tissue over the vertebral body and lamina. The 184mm overall shaft provides stable leverage for midline spinal approaches. Reusable stainless steel construction ensures reliable performance across multiple procedures.
Taylor's 32mm-wide spinal blade extends 102mm in length on a 203mm shaft, offering greater reach for exposure of the lamina and intramedullary canal in deeper spinal cases. The straight geometry maintains alignment with vertebral landmarks while accommodating varied anatomical depths. Durable stainless steel sustains repeat sterilization and routine use.
The Taylor spinal retractor features a 19mm wide × 76mm deep blade for self‑retaining exposure of the lamina and vertebral body during laminectomy and posterior fusion. Its straight blade design and ratchet fixation maintain stable field exposure without continuous hand‑held retraction. The 184mm overall length positions handles clear of the operative field.
The Taylor spinal retractor with deeper 102mm blade provides extended tissue retraction during major laminectomy and multilevel fusion procedures. The 19mm width and self‑retaining ratchet mechanism accommodate wider surgical exposures while maintaining hands‑free stability. The straight profile suits posterior midline and paraspinal approaches.
The Taylor spinal retractor with pointed tip and 76mm depth penetrates to mid‑to‑deep spinal anatomy in decompression and fusion procedures. The pointed geometry concentrates retraction force, and the straight orientation supports alignment with spinal midline. Stainless steel durability ensures consistent performance across many surgical cases.
Extended to 102mm depth, this Taylor spinal retractor reaches deeper structures in extended thoracic and lumbar approaches. The pointed tip provides concentrated retraction force, and the 203mm overall length maintains comfortable hand positioning. Stainless steel jaws maintain reliability through routine sterilization and reuse.
This tungsten‑carbide rasp insert (Grit 3) provides intermediate-coarseness bone contouring for vertebral body shaping and osteal surface refinement. Its Grit 3 profile removes bone efficiently without excessive material loss, and the carbide construction maintains edge sharpness through multiple sterilization cycles. It fits all standard interchangeable rasp handles.
The Grit 4 tungsten‑carbide rasp insert offers finer bone contouring than Grit 3, suitable for surface finishing and articular-surface preparation in fusion and joint-reconstruction procedures. Its higher grit number produces a more refined surface, reducing post-operative healing time and improving fusion-bed vascularization. The carbide composition endures repeated sterilization.
The Grit 5 insert provides still-finer bone contouring, creating smooth articular and fusion-interface surfaces with minimal residual trauma. The tungsten‑carbide construction maintains cutting edge integrity across multiple cases, supporting consistent surface quality in joint-replacement and fusion procedures. Its fine grit is ideal for final surface preparation.
The Grit 6 tungsten‑carbide rasp insert delivers the finest surface finish in the system, ideal for final articular-surface refinement and fusion-bed polishing. The highest grit number minimizes micro-traumatic surfaces and inflammation, supporting optimal biological response. The carbide composition ensures durability through multiple sterilization and reuse cycles.
These child-size tendon-braiding forceps feature a delicate, straight geometry with a single sharp-point tooth for fine grasping and manipulation of pediatric tendons and ligaments. The 120mm length accommodates smaller hand-to-field distances in pediatric orthopedic work. Stainless steel construction maintains edge sharpness through repeated braiding and fixation maneuvers.
This straight tendon pulling forceps measures 152mm overall, providing reach and leverage for controlled tendon manipulation during orthopedic procedures. The smooth jaws secure tender anatomical structures without tissue trauma, and the instrument's balance supports prolonged hand positioning during intricate soft tissue work.
This double‑ended Tenzel periosteal elevator couples a 4 × 6mm dissector end with a 6mm wide curved elevator, marked at 10mm, 20mm, and 30mm intervals for depth control. The round knurled handle supports tactile feedback during periosteal stripping, and the 197mm overall length provides reach for orbital and facial exposure.
Tongue‑and‑groove jaws on these wire pulling forceps engage Kirschner wires and pins up to 1mm in diameter without slipping during extraction or repositioning against bone. The 165mm straight shaft gives the surgeon leverage when seating or withdrawing fixation hardware through cortical bone. Stainless‑steel construction tolerates the repeat torque loads inherent to orthopedic wire work.
The tongue-groove wire twister and tightener provides a non-slip grip channel engineered to prevent wire rotation or slippage during intraoperative wire tensioning and fixation adjustments. The grooved working surface distributes grip force across a wider wire contact area, reducing point stress and localized deformation. At 159mm length, the instrument offers balanced leverage for controlled twisting and tightening of orthopedic fixation wires.
The Townley femur caliper is designed for simultaneous inside and outside diameter measurement of the femoral shaft, crucial for intramedullary rod sizing and cortical fixation. The 100mm working length suits compact intraoperative positioning, while the precision arms deliver stable contact at diaphyseal landmarks. Stainless steel construction ensures reliability and corrosion resistance.
This 5mm pyramidal trocar measures 92mm overall length and features a sharply pointed conical tip for controlled peritoneal and cavity entry during laparoscopic and endoscopic procedures. The pyramidal geometry distributes entry force across a wide tip surface, minimizing fascial tearing. Stainless‑steel construction withstands the mechanical stress of repeated insertion and withdrawal.
The Tuppers hand surgery set bundles essential instruments for hand and minor soft-tissue surgical procedures in a stainless steel carrying box. The curated instrument selection supports exposure, retraction, dissection, and closure during common hand surgical cases. The robust case design permits safe transport and storage between procedures.
The 1.5mm twist drill bit with round chuck end and 17mm flute length is designed for initial intramedullary canal preparation and soft bone entry during orthopedic fixation. The straight geometry maintains bore trajectory through dense cortex, while the 127mm overall length suits hand‑held or power‑assisted drilling in extremity and spinal work. Stainless steel construction resists corrosion.
The 2.5mm twist drill bit with 23mm flute is engineered for step‑wise bone removal in multi‑stage intramedullary reaming and plate screw hole drilling. At 127mm, the straight profile maintains consistent trajectory through cortical and cancellous bone. Stainless steel construction ensures durability across repeated sterilization and use.
Twist drill bits prepare cortical bone for screw placement, K‑wire passage, and orthopedic fixation. This 2.7mm diameter bit pairs a 30mm flute with a round drill‑chuck end that seats into standard power and hand chucks. The straight 127mm overall length keeps the bit close to the bone during cortical drilling, and stainless steel construction preserves the flute geometry through repeated use.
The 2mm twist drill bit with round chuck end and 23mm flute delivers progressive bone removal in step‑wise intramedullary preparation. At 127mm, the length supports stable drilling in hand‑held or power‑assisted orthopedic fixation procedures. The straight geometry maintains consistent bore trajectory through femoral, tibial, and humeral shafts.