GSurgical Flashcards
Describe the GPS System. (Top 3)
1) Low Profile
2) Top Loading
3) Multi-Axial system to address pathologies of the thoracolumbar spine
What does GPS stand for?
Generations Ahead
Post Operatively Proven
Secure Constructive Fixation
What is the angulation of the GPS low profile system, for optimal location placement?
57 Degrees
What are all GPS products made from?
Titanium
Where are GPS Manufactured?
USA
What’s manufacturing requirement are GPS products made by?
ISO 13485
GPS Instruments are made what from what kind of steel?
Stainless
What are GPS instrument handles made from?
Silicone Handles
What are the 2 design types of the GPS system?
Monoaxial/Polyaxial
Explain 6 traits of the GPS Monoaxial Design
1) Generous cancellous buttress threads and tapered core for maximum fixation
2) One piece titanium design for maximum strength
3) Simple fast Insertion where variable Axis screw is not required
4) Cutting flutes 180 degrees apart enhance self tapping
5) Spondylolisthesis reduction screws for correction for greater TRAVERSE loading
6) Available in 4,5,6,6.5,7,7.5,8,8.5 mm diameters 25mm - 55mm length
Explain 5 traits of the GPS Polyaxial Design.
1) Same design as the monoaxial with additional features
2) Accommodates anatomical positioning due to variable axis screw
3) Patented design knurl machining locks the screw axis into position
4) Color coded body for easy diameter identification
5) Available in 4,5,6,6.5,7,7.5,8,8.5 mm diameters 25mm - 55mm length
Easy starting, low profile trapezoidal thread minimizes cross threading and maximizes locking performance Slotted body and base of tulip both can be used to seat rods with provided instruments.
(Monoaxial/Polyaxial)
Monoaxial
6mm rod ensures maximum construct strength.
Monoaxial/Polyaxial
Monoaxial
Cortical transition engineered for optimal balance of pullout and mechanical strength.
(Monoaxial/Polyaxial)
Monoaxial
Cancellous thread for maximum bone fixation.
Monoaxial/Polyaxial
Monoaxial