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This double‑ended bone rasp at 220mm carries 13mm fine and coarse working ends, sized for graded bone shaping during orthopedic procedures. The double‑ended design steps the surgeon from coarse removal to fine finishing without an instrument exchange.
Features & Benefits
This double‑ended bone rasp provides controlled surface preparation across the periosteum and cortical bone. The complementary 3mm and 4mm working edges allow sequence rasping of surgical sites during fracture reduction and osteotomy work. Stainless steel construction supports repeated sterilization and reliable performance across dense bone work.
This double‑ended handle serves as the core component of the interchangeable rasp system, accepting rasp inserts 67.61.10 through 67.61.19. At 150mm, the handle provides balanced reach and control during bone-shaping procedures. Its modular design allows surgeons to change rasp inserts without removing the handle, supporting efficient case workflows and reducing operative time.
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 Polokoff double‑ended rasp delivers complementary 3mm working surfaces for controlled surface preparation of cortical bone and periosteal sites. The straight geometry optimizes contact pressure during rasping strokes, supporting smooth bone surface finishing. Stainless steel resists wear and maintains surface texture consistency across repeated clinical use.
This double‑ended rasp with 6mm width smooths and contours bone surfaces during fracture reduction and arthroplasty. The rasp surfaces remove cortical irregularities without generating excessive heat, while the double‑ended design offers two working surfaces in a compact instrument. Stainless steel construction maintains durability across many surgical cases.
Putti bone rasp, double-ended with flat blade curved upward on one end and flat blade curved sideways on the other, enables contouring and smoothing of cortical bone and osteotomy margins during orthopedic procedures. The curved blade geometry and 280mm extended length provide reach and stability for shaping vertebral body and facet surfaces.
The Putti rasp provides a double‑ended design with flat blades angled in different directions�one curved upward, one curved sideways�accommodating multiple surface orientations in a single instrument. The 267mm length supports reach into orthopedic cavities, and stainless steel rasping surfaces maintain grit definition. The dual geometry reduces instrument changeover during bone shaping.
The TC double‑ended rasp pairs Grit 1 (very fine) and Grit 2 (fine) tungsten‑carbide working faces on a gold‑plated handle, identified for TC instrument sets. The graded grits step the surgeon from fine to very fine finishing without an instrument exchange.
This double‑ended tungsten carbide rasp with grit 3 and 4 (fine and coarse) surfaces contours bone with superior edge retention compared to stainless steel alternatives. The gold‑plated handle identifies the tungsten carbide construction while enhancing visual field contrast during surgical use. Carbide edges maintain cutting performance across multiple clinical cases.
Double‑ended tungsten carbide rasp running 216mm overall, with grit 5 and grit 6 coarse cutting surfaces on opposite working ends. The dual coarse profiles allow the surgeon to alternate between aggressive bone shaping and finishing passes on cortical and cancellous surfaces. The gold‑plated handle marks the tungsten carbide identity at a glance, and the carbide edges hold their cutting profile far longer than stainless across repeat reprocessing.
The tungsten carbide rasp with grits 7 and 8 (coarse and very coarse) removes cortical bone efficiently during extensive bone contouring and arthroscopic procedures. The harder carbide edges maintain aggressive cutting performance without micro‑fracturing, while the gold‑plated handle indicates material type and improves surgical visibility. Extended edge durability reduces instrument changeover frequency.
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.