Rush Rods

Long rods for internal stabilization of long bone fractures and deformities. Available with various locking mechanisms for proximal and distal control.

Metal intramedullary nails used for fixation of long bone fractures. These devices are inserted within the medullary canal to provide load-sharing stability.

Specialized intramedullary rods designed for peritrochanteric fracture fixation. These implants address the unique biomechanical demands of proximal femur trauma.

Load-bearing components that connect multiple anchor points along the spine. These rods provide longitudinal stability and alignment correction in complex spinal constructs.

Titanium and stainless steel spinal rods used in posterior spinal fusion and stabilization procedures. Designed to provide rigid fixation and support for spinal realignment.

Rigid connecting elements used in posterior spinal fixation systems to link pedicle screws. Available in various diameters and materials to accommodate different spinal applications.

High-strength titanium rods used in spinal and skeletal fixation applications. These devices provide stable support for complex bone reconstructions and fusion procedures. Engineered for biocompatibility and long-term structural integrity.

Titanium or stainless steel spinal rods with connector systems for spine stabilization and fusion procedures. Provides rigid fixation for spinal deformity and instability.

Connecting rods for linking multiple spinal fixation points in segmental spinal fusion procedures. Available in various materials and diameters for different anatomical requirements.

Intramedullary rods for long bone fracture fixation and stabilization. Used in trauma surgery to provide internal support for femur, tibia, and humerus fractures.

Metal rods used in conjunction with pedicle screws for spinal fusion and stabilization procedures. Connects multiple vertebral fixation points to provide structural support.

Coupling devices that connect spinal rods to enable multi-level fixation and load distribution. Supports complex spinal stabilization procedures.