
Synthes 352.125 Medullary Reamer Head 12.5mm Orthopedic Surgical Instrument
Synthes 352.125 Medullary Reamer Head 12.5mm Orthopedic Surgical Instrument
Synthes
Medullary Reamer Head, 12.5 mm dia., Non-Sterile, Reusable, Moist Heat and Steam Sterilization, For Intramedullary Nails
High-quality 12.5mm medullary reamer head designed for efficient and precise reaming in orthopedic procedures.
It is new and comes individually packaged to ensure sterile use.
Type: Medullary Reamer Head
Diameter: 12.5 mm
Material: High-grade surgical stainless steel
Compatibility: Compatible with standard reaming systems
Intended Use: Designed for orthopedic procedures requiring medullary canal preparation.
Packaging: Individually packaged.

Synthes 352.125 Medullary Reamer Head 12.5mm Orthopedic Surgical Instrument
Synthes
Medullary Reamer Head, 12.5 mm dia., Non-Sterile, Reusable, Moist Heat and Steam Sterilization, For Intramedullary Nails
High-quality 12.5mm medullary reamer head designed for efficient and precise reaming in orthopedic procedures.
It is new and comes individually packaged to ensure sterile use.
Type: Medullary Reamer Head
Diameter: 12.5 mm
Material: High-grade surgical stainless steel
Compatibility: Compatible with standard reaming systems
Intended Use: Designed for orthopedic procedures requiring medullary canal preparation.
Packaging: Individually packaged.

Description
Synthes 352.125 Medullary Reamer Head 12.5mm Orthopedic Surgical Instrument
Synthes
Medullary Reamer Head, 12.5 mm dia., Non-Sterile, Reusable, Moist Heat and Steam Sterilization, For Intramedullary Nails
High-quality 12.5mm medullary reamer head designed for efficient and precise reaming in orthopedic procedures.
It is new and comes individually packaged to ensure sterile use.
Type: Medullary Reamer Head
Diameter: 12.5 mm
Material: High-grade surgical stainless steel
Compatibility: Compatible with standard reaming systems
Intended Use: Designed for orthopedic procedures requiring medullary canal preparation.
Packaging: Individually packaged.





















