ThoraCic/LUMBAR/SACRAL

Lumbar Implants

• Designed, developed, and manufactured with 3D printing partner
• Near-net shape 3D printed surfaces with precision machined instrument connection features
• Full portfolio of shapes and sizes to meet anatomic approach and fitment for cervical and lumbar spine
• Printed PEKK polymer is designed to participate in bone growth without compromising the radiolucency of traditional PEEK
• Developed fixturing to hold the irregularities of the 3D printed blanks for final machining.

Inserters

• Fully designed, developed, and manufactured in-house
• Feature patented clamping technology to securely hold IBF implants during insertion and manipulation
• Custom designed interfaces for each of the families to optimize impaction load distribution during implantation

Inserters with Screws

• Cleanable screwdriver. Lock and unlock feature allows to disassemble the screwdriver for easy cleaning and reprocessing.
• Screwdriver was designed, developed, and manufactured in-house.
• Compliant screwdriver that meets ISO standards for reprocessing.
• Standard T-25 Hexalobe Drive with a ¼” square drive quick connection

Lumbar Rapid Reducer

Sleek rod reduction design with multiple function with a ball screw design using ceramic bearings reducing instrument friction and providing maximum mechanical advantage for rod reduction. One Instrument designed to facilitate:

• Rapid rod reduction, up to 25mm with just two handle rotations
• Set screw insertion and final tightening through rapid reducer

 Segmental deformity de-rotation

Lateral Retractor

Lateral retractor system was designed, developed, and manufactured in-house.

• • State of the art retractor system when it was introduced in 2010
  • Retractor allows for both 4-blade and 2-blade technique
  • Individual blade retraction and articulation

Degenerative and Deformity Systems

• Fully designed, developed, and manufactured in-house
• Consists of poly-axial screws, poly-axial reduction screws, fixed (mono) screws, lateral offsets, inline and offset connectors, and fixed/variable crosslinks
• Best-in-class extreme 60° conical screw angulation achieved to meet unique requirements for the posterior thoracolumbar and lumbar spin
• Intuitive and patented instrumentation developed to bridge the compromise in surgical technique from traditional pedicle screw design
• Streamline instrumentation to include minimal instruments that reduces the steps required to perform the traditional procedure. One set screw used for all implants that utilizes the same T-25 Hexalobe drive mechanism for all devices.

Anterior Lumbar Plate System

• Implant was designed, developed, and manufactured in-house.
• Unique bone screw design with integrated set screw that locked the screw angle relative to the plate.
• System included both lumbar and sacral plates.