Model: 28.1234.17
Clinical Application
Designed for controlled removal and sculpting of small cortical and cancellous bone, this rongeur is appropriate for procedures requiring precise bone nibbling in confined operative corridors. Typical uses include removal of bone spurs, shaping bone edges around implants, limite..
$139.99
Model: 28.0340.02
Clinical Application
An angled down bone curette with a 4 mm working bowl is used to remove or shape small amounts of cortical and cancellous bone, collect bone graft or biopsy specimens, and perform focused debridement in confined surgical fields. Common applications include orthopedics (small-join..
$89.99
Model: 28.0340.03
Clinical Application
Designed for controlled curettage of bone and removal of soft tissue or granulation from osseous cavities. The long 25 cm shaft enables access into deep or narrow operative fields such as long-bone canals, spinal or pelvic exposures, and certain ENT or cranial cavities. Common u..
$99.99
Model: 28.1110.01
Clinical Application
Used to secure soft-tissue grafts or native tendon within a prepared bone tunnel by providing interference fixation at the tunnel aperture. Commonly utilized in procedures that require strong initial fixation of tendon-to-bone constructs, such as knee ligament reconstructions an..
$59.99
Model: 28.0530.21
Clinical Application
A Sedillot periosteal elevator is used to separate and reflect the periosteum and soft tissues away from bone surfaces with controlled blunt dissection. Its primary applications include mucoperiosteal flap elevation in oral and maxillofacial procedures, subperiosteal dissection ..
$89.99
Model: 28.1090.15
Clinical Application
Self-centering bone holding forceps provide controlled, symmetrical compression to reduce and temporarily stabilize bone fragments during orthopedic and trauma procedures. At 15 cm overall length, this size is commonly used for small- to medium-sized bones—hand, wrist, forearm a..
$139.99
Model: 28.1090.19
Clinical Application
Self-centering bone holding forceps are used to grasp, align and temporarily stabilize bone fragments during reduction and fixation procedures. They are commonly used in general orthopedics, trauma, hand and wrist, and maxillofacial procedures where controlled purchase on cortic..
$149.99
Model: 28.1090.24
Clinical Application
Self-centering bone-holding forceps are used to grasp, reduce and maintain alignment of bone fragments during open reduction and internal fixation, osteotomy reduction and other bony procedures. The self-centering jaw geometry facilitates symmetric apposition of cortical edges, ..
$149.99
Model: 28.1090.26
Clinical Application
Self-centering bone holding forceps are used to grasp, reduce and maintain alignment of bone fragments during orthopedic and trauma procedures. By bringing and holding fragments into axial alignment, these forceps facilitate provisional fixation, plate contouring and screw place..
$149.99
Model: 28.1090.28
Clinical Application
Designed to obtain and maintain secure purchase on bone fragments during open reduction and internal fixation procedures. The self‑centering mechanism permits controlled axial alignment of opposing cortical surfaces, making the instrument useful for limb trauma, osteotomies, sma..
$149.99
Model: 28.1430.24
Clinical Application
Provides controlled cutting and removal of small to moderate bone fragments during open procedures. Commonly used to trim bony edges, remove sequestra, shape bone during reconstructive or craniofacial work, and assist in fragment management in orthopedic and trauma cases. The in..
$89.99
Model: 28.0930.19
Clinical Application
Designed to grasp, reduce and maintain stable purchase on bone during orthopedic and trauma procedures. The instrument is intended for use in fracture reduction and intraoperative handling of cortical bone segments in hand, wrist, foot, and small-to-medium bone surgeries where a..
$149.99
