Bone Chip Packer – 10 in 2 x 9 mm Tip for Orthopedic Bone Graft Compaction

Bone Chip Packer, SKU PS-000067 and part number gS 60.8510, is a reusable orthopedic graft-packing instrument manufactured from German surgical stainless steel for controlled placement and consolidation of cancellous bone chips within prepared osseous defects and fusion sites. The instrument measures 10 in overall and uses a 2 x 9 mm rectangular distal working end connected to a long rigid shaft and faceted manual handle. The narrow rectangular profile distributes packing force across a defined linear surface while preserving access within confined orthopedic and spinal operative corridors. This configuration is used during fracture-defect reconstruction, nonunion surgery, arthrodesis, cancellous bone grafting, spinal fusion, osteotomy reconstruction, and procedures where particulate autograft or allograft must be seated against a prepared recipient bed. The 10-inch length provides reach into deeper surgical sites while keeping the surgeon's hand away from the graft interface. Orthopedic trauma surgeons, spine surgeons, reconstructive specialists, foot and ankle surgeons, and neurosurgical spine teams use this pattern in hospital operating rooms and specialty surgical centers requiring focused manual graft compaction.

Rectangular Working End and Axial Packing Mechanism

The Bone Chip Packer functions through direct axial force transmitted from the proximal handle along a fixed rigid shaft to the 2 x 9 mm rectangular working surface. Unlike a round bone tamp, the distal end presents a narrow elongated footprint that can engage a strip of cancellous graft while fitting between adjacent bone margins, implants, retractors, or other instrumentation. The 2 mm dimension limits the width of the contact surface, while the 9 mm dimension distributes force longitudinally across a broader section of graft than a small circular tip. This geometry allows the surgeon to compact particulate material progressively rather than applying pressure across an unnecessarily large recipient area. The long shaft maintains alignment between the hand and distal working end and provides reach into deeper orthopedic or spinal fields. A faceted handle offers rotational control and reduces unwanted rolling in the hand or on the instrument table. There is no ratchet, pivot, spring, lock, or mechanical depth limiter. Packing pressure is therefore determined directly by hand force or measured axial impaction, working-end position, tactile resistance, and repeated visual assessment of graft distribution throughout the reconstruction.

Bone Graft Placement During Orthopedic Reconstruction

During fracture reconstruction, the Bone Chip Packer can be introduced after reduction and preparation of a contained osseous defect when cancellous graft is required to restore local bone volume or support healing. Particulate graft is placed within the defect and the rectangular end is positioned against the material so successive controlled movements consolidate it toward the recipient surface without displacing fixation hardware. In nonunion surgery, the same pattern can assist with packing graft around a prepared nonunion site after fibrous tissue removal, decortication, and stabilization have established the reconstruction bed. During foot, ankle, or other arthrodesis procedures, the 2 x 9 mm tip can seat cancellous chips between prepared fusion surfaces while preserving clearance around plates, screws, or temporary fixation. In spinal fusion workflows, the long shaft provides access to deeper graft beds where particulate material requires controlled positioning around prepared osseous surfaces. Osteotomy reconstruction can similarly require graft packing into residual defects created after correction and stabilization. The device is used as a packer rather than a cutting or levering instrument, so force should remain directed toward the intended graft bed and away from neural, vascular, cortical, or implant structures.

gS 60.8510 10-Inch Length and 2 x 9 mm Tip

Part number gS 60.8510 identifies the 10-inch Bone Chip Packer with a 2 x 9 mm rectangular distal working end. The long overall configuration provides access to recessed orthopedic and spinal operative fields while allowing the proximal handle to remain outside the immediate wound. Its 2 mm width produces a narrow contact profile for placement between restricted bony margins or alongside fixation constructs. The 9 mm longitudinal dimension increases the amount of graft contacted during each compression compared with a small round tamp, making it useful where particulate bone chips must be packed along a defined surface. This model should be distinguished from other established Bone Chip Packer configurations including 3 x 16 mm, 6 x 9 mm, 6 x 19 mm, and 6.35 mm round patterns. Those larger working ends increase contact area for broader graft beds, whereas gS 60.8510 prioritizes narrow access and focused placement. Selection should therefore reflect the dimensions of the recipient site, surgical depth, graft volume, adjacent implants, and working clearance rather than choosing a larger surface simply to increase packing speed.

German Stainless Steel Reprocessing and Procurement

German surgical stainless steel provides the rigidity, corrosion resistance, and dimensional stability required for a reusable graft-packing instrument subjected to repeated axial pressure and sterilization cycles. The solid construction allows force to travel from the handle to the rectangular distal end without a joint that could redirect the intended packing vector. Reprocessing should begin promptly after use because blood, marrow, cancellous bone particles, and graft residue can remain on the distal surface, shaft transitions, and faceted handle. Cleaning should be followed by thorough rinsing and complete drying before inspection under suitable lighting. Sterile-processing personnel should assess the 2 x 9 mm end for deformation, edge damage, retained soil, corrosion, or surface defects and confirm that the long shaft remains straight. Permanent bending can change the direction of applied force and should remove the instrument from active service until appropriately assessed. The reusable device should undergo terminal sterilization through the healthcare facility's validated process for stainless steel surgical instrumentation and applicable reprocessing instructions. Peak Surgicals supports CE and ISO 13485 procurement documentation, with FDA-related records reviewed according to institutional or distributor supplier-qualification requirements.

How does a Bone Chip Packer differ from a Bone Tamp?
The Bone Chip Packer gS 60.8510 uses a rectangular 2 x 9 mm distal surface designed specifically for controlled consolidation of particulate bone chips. A conventional Bone Tamp commonly uses a round or compact cross-serrated working end that concentrates force within a smaller circular footprint. The rectangular packer engages graft across a narrow elongated area, which can be useful along fusion beds or contained defects. A Bone Tamp provides more focal compression when material must be advanced into a small localized site. Both are fixed manual instruments without a self-retaining mechanism. Selection depends on recipient-bed geometry, graft volume, available clearance, and whether linear or focal compression better matches the reconstruction.

Why select the 2 x 9 mm Bone Chip Packer instead of a wider configuration?
The 2 x 9 mm working end provides a narrow profile for confined orthopedic and spinal graft beds. Its 2 mm width allows access between closely positioned bone margins, implants, or other instruments while the 9 mm length maintains useful contact with the graft. Wider 6 x 9 mm or 6 x 19 mm packers engage a larger surface and are better suited to broader accessible recipient sites. A 3 x 16 mm model provides an intermediate geometry with greater longitudinal contact. The Bone Chip Packer gS 60.8510 is therefore useful when access is restricted but the surgeon still requires more distributed contact than a small round tamp provides. Working-end selection should follow defect dimensions, graft volume, surgical depth, fixation position, and the space available for safe manipulation.

What do CE, ISO 13485 and FDA references mean for procurement?
Peak Surgicals displays CE, ISO, and FDA-related certification information for the Bone Chip Packer and supports ISO 13485 procurement documentation. ISO 13485 relates to the quality-management system used for controlled medical-device manufacturing and associated processes. CE documentation supports conformity assessment requirements within applicable medical-device markets. United States hospitals and distributors should review FDA-related manufacturer, establishment, listing, and device records according to their own purchasing requirements. These references should not be rewritten as an unsupported statement that PS-000067 is individually FDA approved unless that precise regulatory status is documented. Procurement teams can maintain certificates, SKU and part-number identification, purchase records, and supplier documentation within their vendor-qualification files.

How is the Bone Chip Packer controlled during graft placement?
The Bone Chip Packer has no ratchet, pivot, spring, or locking mechanism, so control comes directly from its faceted handle, rigid shaft, and fixed rectangular working end. The surgeon positions the 2 x 9 mm tip against the graft while aligning the shaft with the intended direction of compaction. Manual pressure or measured axial impaction then transfers force directly through the instrument toward the recipient bed. The faceted handle helps maintain rotational orientation so the long axis of the rectangular tip remains aligned with the targeted graft surface. Packing depth is judged through tactile resistance, visible graft consolidation, working-end position, and the number or intensity of controlled compressive movements. When another area requires attention, the device should be lifted and repositioned rather than rocked laterally against cortical bone, implants, or neighboring structures.

How should hospitals order and reprocess the Bone Chip Packer?
Hospitals should order this configuration using SKU PS-000067 and part number gS 60.8510 together with the 10-inch length and 2 x 9 mm tip specification. Peak Surgicals currently lists the instrument at $33.00 and provides a 30-day money-back guarantee, while eligible returns are managed under the company's 30-day return policy. Standard online ordering can begin with one instrument, and OEM requirements can be handled through Peak Surgicals for institutional or distributor procurement. After use, blood, marrow, and graft particles should be removed promptly from the distal face, shaft, transitions, and handle before residue dries. Cleaning should be followed by complete rinsing, drying, and inspection for corrosion, tip deformation, surface defects, or shaft bending. Final sterilization should follow the healthcare facility's validated reusable surgical-instrument process before PS-000067 returns to the orthopedic, trauma, or spinal instrument set.