6.0/6.35 Spinal Deformity Correction Instrument Set (Ti)
6.0/6.35 Spinal Deformity Correction Instrument Set (Ti)
The 6.0/6.35 Spinal Deformity Correction Instrument Set is designed for use with compatible titanium posterior spinal rod-screw systems in complex thoracolumbar deformity correction procedures.
Unlike a standard pedicle screw instrument set focused mainly on screw insertion and rod fixation, this system provides dedicated instruments for pedicle screw manipulation, vertebral reduction, rod contouring, rod rotation, rod seating and final locking.
The instrument configuration supports the major steps involved in posterior spinal deformity correction and is suitable for hospitals, orthopedic distributors and spine implant suppliers requiring a dedicated instrumentation solution for 6.0 mm and 6.35 mm spinal fixation systems.
Key Features of the 6.0/6.35mm Spinal Deformity Instrument Set
Dedicated for 6.0/6.35mm Spinal Fixation Systems
The instruments are designed around the dimensions and operating requirements of compatible 6.0 mm and 6.35 mm titanium rod-screw systems.
Dedicated screw holders, drivers, rod manipulation tools and reduction instruments help maintain compatibility throughout screw insertion, rod placement and correction procedures.
This makes the set more suitable for deformity cases than using a general thoracolumbar instrument kit alone.
Instruments for Multi-Step Deformity Correction
Spinal deformity correction often requires more than simple screw placement.
The instrument set supports several important manipulation stages, including:
Pedicle screw insertion and handling
Screw trajectory preparation
Vertebral reduction
Spondylolisthesis reduction
Coronal rod contouring
Rod rotation
Rod pushing and seating
Multi-level correction
Set screw insertion
Final construct locking
The integrated configuration allows the surgical team to work through these stages using instruments designed for the same fixation platform.
Dedicated Spondylolisthesis Reduction Components
The system includes dedicated reduction components designed to assist with controlled vertebral manipulation during posterior fixation.
Reduction ball nuts, reduction plates, connectors and compatible pedicle screw holding instruments can be used together as part of the reduction workflow.
Different connector configurations can also support correction requirements involving individual or multiple vertebral levels.
Coronal Rod Contouring for Deformity Correction
Spinal deformity procedures frequently require the longitudinal rod to be shaped according to the planned spinal alignment.
Dedicated left and right coronal rod benders provide additional control when contouring the spinal rod.
Combined with rod rotators and rod pushers, these instruments support progressive adjustment of the rod position during scoliosis and other three-dimensional deformity correction procedures.
Rod Rotation and Fine Adjustment
Rod rotation is an important part of many deformity correction techniques.
Dedicated rod rotators allow the surgeon to grip and manipulate the rod after placement, supporting controlled adjustment when working around multiple pedicle screw fixation points.
The instrument design is particularly useful when access is restricted in a long-segment posterior construct.
Powered Screw Insertion Options
Electric polyaxial and fixed-head screw drivers are available within the instrument platform for compatible screw systems.
Powered insertion can help streamline repetitive screw placement during long-segment posterior procedures while maintaining compatibility with the dedicated spinal fixation system.
Manual instruments remain important for controlled adjustment and final positioning.
Applications
The 6.0/6.35mm spinal deformity correction instrument set is designed for posterior spinal procedures using compatible rod-screw fixation systems.
Potential applications include:
Scoliosis Correction
The combination of rod contouring, rod rotation, screw manipulation and reduction instruments supports posterior correction procedures involving complex coronal and rotational deformities.
Kyphotic Deformity Correction
Rod contouring and multi-level fixation instruments can support procedures where restoration or control of sagittal alignment is required.
Spondylolisthesis Reduction
Dedicated reduction plates, ball nuts and related components provide an instrumentation platform for posterior reduction and fixation procedures involving vertebral slippage.
Long-Segment Thoracolumbar Reconstruction
The system can support multi-level posterior constructs requiring numerous pedicle screws, rod contouring and sequential correction.
Actual clinical use depends on the compatible implant system, local regulatory approval, surgical technique and patient-specific requirements.
Why Use a Dedicated Deformity Correction Instrument Set?
A conventional posterior thoracolumbar instrument set may provide the basic tools needed for screw insertion, rod placement and locking.
Complex deformity correction requires additional manipulation capabilities.
This set adds dedicated instruments for:
For facilities performing complex spine procedures, this creates a more complete instrumentation platform than relying only on basic pedicle screw instruments.
Materials and Reusable Instrument Construction
The instrument set is intended as reusable orthopedic surgical instrumentation.
Individual instruments may use different medical-grade stainless steel specifications according to their mechanical requirements.
Components requiring higher wear resistance, such as taps and other frequently engaged surfaces, may receive additional surface treatment or hardening processes.
The Ti designation refers to compatibility with the corresponding titanium spinal fixation platform; individual surgical instruments should be identified according to their actual material specifications.
Before clinical reuse, instruments must be inspected, cleaned and sterilized according to the applicable instructions for use and local hospital protocols.
The 6.0/6.35 Spinal Deformity Correction Instrument Set (Ti) combines dedicated screw handling, reduction, rod contouring, rod rotation and locking instruments in one platform for compatible posterior spinal fixation systems.
For orthopedic distributors, hospitals and spine implant companies, the system provides a more specialized instrumentation solution for complex deformity correction than a conventional posterior thoracolumbar instrument set.
Contact us with your 6.0/6.35 mm implant specifications, required instrument configuration and order quantity to confirm compatibility, available components and quotation.
