Bone Hook Curved PS-9895 for 3/8, 3/4, and 1 Inch Orthopedic Traction

Bone Hook Curved PS-9895 is an orthopedic hook instrument made from German stainless steel for controlled traction, elevation, and retraction of bone fragments during fracture and reconstructive procedures. The available variants are 1 inch Hook 9, 3/4 inch Hook 9, and 3/8 inch Hook 9, allowing the surgeon to select the hook span according to fragment size, exposure depth, and the amount of bone purchase required. This instrument is used in open fracture reduction, small bone fixation, long bone exposure, periosteal elevation support, plate positioning, joint exposure, osteotomy handling, and orthopedic reconstruction where a curved hook is required to engage cortical margins or fragment edges. The slim shaft, sharp curved hook tip, and rounded handle support controlled directional traction while limiting unnecessary hand crowding around retractors, clamps, drills, and fixation implants. Orthopedic surgeons, trauma teams, hospital operating rooms, ambulatory surgery centers, and procurement departments select this reusable Class I instrument for orthopedic hook trays and bone retraction sets.

Curved Hook Geometry and Handle Control

The Bone Hook Curved pattern uses a slim shaft with a sharply curved distal hook to engage a cortical edge, bone fragment, periosteal margin, or osteotomy surface during open orthopedic work. The curved tip provides focused purchase on bone without requiring opposing jaws or a clamping mechanism. This makes the instrument useful when the surgeon needs to lift, draw, rotate, or maintain position of a fragment while fixation is prepared. The shaft keeps the hand away from the immediate operative site and creates working clearance for retractors, reduction forceps, drills, plates, screws, and suction. The rounded solid handle supports palm or fingertip control depending on whether the surgeon is applying traction, countertraction, or gentle elevation. Because the instrument has no ratchet, pivot, or lock, control comes from direct hand pressure and hook placement. The working tip must be seated on a stable margin before traction is applied, especially near articular surfaces, metaphyseal bone, and small cortical fragments.

Orthopedic Procedures and Bone Handling Workflow

During open fracture reduction, the hook can be placed around a fragment edge to provide controlled traction while the surgeon aligns the fracture line and prepares fixation. In plate osteosynthesis, it may assist with temporary fragment positioning before clamps, screws, or reduction forceps are applied. In small bone surgery, the 3/8 inch pattern is useful for metacarpal, metatarsal, phalangeal, distal radius, and foot procedures where the target surface is narrow. In larger exposures, the 3/4 inch and 1 inch hooks provide broader engagement for tibial, humeral, femoral, pelvic, or clavicular work where stronger purchase is required. During osteotomy procedures, the hook can help control a cut segment after completion of the bone cut and before definitive fixation. It also supports retraction of cortical margins during joint exposure and reconstructive procedures. The instrument is commonly used with periosteal elevators, bone levers, reduction clamps, Hohmann retractors, drills, taps, plates, and screw fixation systems.

1 Inch, 3/4 Inch, and 3/8 Inch Selection

The 3/8 inch Hook 9 variant is selected for smaller bone fragments, limited exposure, and narrow cortical margins where a larger hook would obstruct visualization or over-engage the target. It is appropriate for hand, foot, distal radius, pediatric fracture exposure, and small osteotomy control when the surgeon requires fine traction. The 3/4 inch Hook 9 version provides an intermediate working span for forearm, ankle, clavicle, humeral shaft, and selected periarticular procedures. It offers more purchase than the smaller hook while remaining manageable in moderate exposures. The 1 inch Hook 9 pattern is selected for broader cortical engagement, larger fragments, and deeper orthopedic fields involving tibia, femur, pelvis, or proximal humerus work. Its wider hook span supports stronger traction when bone size and exposure allow safe placement. Selection depends on fragment dimension, cortical thickness, incision depth, retractor position, fixation stage, and the direction of traction required for reduction or exposure.

German Steel, Finish, Sterilization, and Procurement

German stainless steel supports the rigidity, corrosion resistance, and reusable surface required for orthopedic bone handling instruments. The satin, dull, and mirror finish options allow procurement teams to align the hook with existing orthopedic trays; satin and dull finishes reduce reflection under operating room lights, while mirror polish supports rapid surface inspection after cleaning. After use, the curved tip, shaft, and handle should be cleaned thoroughly because bone debris, blood, and soft tissue residue can collect around the hook shoulder and textured transitions. Sterile processing includes decontamination, manual brushing, rinsing, drying, visual inspection, packaging, and steam autoclave sterilization according to facility protocol. CE marking, ISO 13485 manufacturing controls, and FDA procurement context support hospital, clinic, and distributor purchasing requirements. The reusable Class I classification, one-year warranty, MOQ of one piece, OEM availability, carton box packing, rust-free listing, and return or replacement service make PS-9895 suitable for orthopedic inventory, fracture sets, and institutional tray replacement.

How is Bone Hook Curved different from a Hohmann retractor?
Bone Hook Curved uses a focused curved tip to engage a bone edge or fragment for traction. A Hohmann retractor uses a broader blade placed around bone to retract soft tissue and maintain exposure. The hook pattern is selected when the surgeon needs to lift, draw, or rotate a fragment during reduction. The Hohmann pattern is selected when the goal is exposure rather than point traction. Bone Hook Curved gives direct manual control without a wide blade occupying the field. Both instruments may be used in fracture surgery, but their working contact area and handling purpose are different.

Which hook size is selected for orthopedic fracture work?
The 3/8 inch Hook 9 is selected for small fragments, metacarpal, metatarsal, phalangeal, distal radius, and limited pediatric exposures. The 3/4 inch Hook 9 is selected for intermediate cortical purchase in forearm, ankle, clavicle, and moderate periarticular procedures. The 1 inch Hook 9 is selected when the surgeon needs broader engagement in tibial, femoral, pelvic, or humeral work. Bone Hook Curved should match the fragment size and the available exposure window. A smaller hook preserves visibility in tight fields. A larger hook provides stronger traction when the bone surface can safely accept broader engagement.

What do CE, ISO 13485, and FDA mean for procurement?
CE marking supports medical device conformity documentation for regulated purchasing channels. ISO 13485 indicates that manufacturing follows a medical device quality management framework. FDA procurement context supports hospital, clinic, and distributor review where compliance records are required. Bone Hook Curved PS-9895 is listed as a reusable Class I orthopedic instrument. The SKU, price of $19.80 USD, and one-year warranty give purchasing teams clear catalog data. MOQ of one piece, OEM availability, and return or replacement support help procurement teams manage orthopedic tray replacement.

How does the curved hook tip control intraoperative traction?
The curved tip is seated on a cortical edge, fragment margin, or osteotomy surface before traction is applied. This creates a focused point of engagement that allows the surgeon to lift, draw, or rotate bone manually. The handle controls force direction because the instrument has no ratchet, box lock, or screw adjustment. Bone Hook Curved relies on hand pressure, tip placement, and stable hook contact for control. The slim shaft helps maintain visibility while traction is applied beside clamps, retractors, and fixation tools. Correct seating of the hook is important before applying force during fracture reduction or plate positioning.

How should sterile processing teams clean and sterilize this instrument?
The curved tip, hook shoulder, shaft, and handle should be cleaned after every procedure. Bone debris and blood can collect around the transition between the hook and shaft if cleaning is delayed. Manual brushing should be followed by rinsing, drying, and visual inspection before tray assembly. Steam autoclave sterilization can be used after complete cleaning according to facility protocol. The reusable German stainless steel construction supports repeated orthopedic sterile supply workflows. Bone Hook Curved can be stocked as a single replacement item or included in fracture reduction, bone retraction, and orthopedic reconstruction sets.