Trauma Products
Innovative solutions to restore shape and function , we offer solution to
shoulder & Elbow
Hand&Wrist
Pelvic
Hip and Femur
Tibia
To meet the challenge of treating patients with traumatic injuries,
SurgiTech offers a wide range of fracture fixation products specifically designed to address the intricate anatomy and physiology of the extremities.
Hand & Wrist
MAX VPC™ Screw System
Designed to provide reduction and compression as well as structural support during healing
The MAX VPC Screw System comprised of cannulated, headless, fully threaded screws designed to provide the user tactile feedback during insertion, provide compression to the bone fragments and structural support during healing.
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Zimmer® Universal Locking System
Comprehensive fixation system for a wide variety of fractures.
The Zimmer® Universal Locking System (ULS) includes straight and formed plates that will accommodate standard cortical and cancellous screws, along with locking screws that have threaded heads which enable them to be threaded into plate holes. The ULS plates resemble standard plates, but have figure-8 shaped holes which will accommodate standard or locking screws on either side of the hole. As a result, the plate can be used, depending upon the fracture situation, as a compression plate, a locked internal fixator or as an internal fixation system combining both techniques
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MAX VPC™ Screw System
Designed to provide reduction and compression as well as structural support during healing
The MAX VPC Screw System comprised of cannulated, headless, fully threaded screws designed to provide the user tactile feedback during insertion, provide compression to the bone fragments and structural support during healing.
READ MORE
MAX VPC™ Screw System
Designed to provide reduction and compression as well as structural support during healing
The MAX VPC Screw System comprised of cannulated, headless, fully threaded screws designed to provide the user tactile feedback during insertion, provide compression to the bone fragments and structural support during healing.
READ MORE
Hip and Femur
MotionLoc® Screw
Controlled, axial flexibility
In animal studies, Far Cortical Locking Technology provides controlled axial flexibility to promote fracture healing through callus formation, or secondary healing, by stressing the fracture with micromotion at the fracture site.1
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Cannulated Screw Systems
The Zimmer® Cannulated Screw System comprises a wide range of sizes ranging from Ø3.0 mm-7.5 mm, lengths up to 180 mm, partial and full threaded design enabling the surgeon to address a broad spectrum of trauma needs.
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MAX VPC™ Screw System
Designed to provide reduction and compression as well as structural support during healing
The MAX VPC Screw System comprised of cannulated, headless, fully threaded screws designed to provide the user tactile feedback during insertion, provide compression to the bone fragments and structural support during healing.
READ MORE
MAX VPC™ Screw System
Designed to provide reduction and compression as well as structural support during healing
The MAX VPC Screw System comprised of cannulated, headless, fully threaded screws designed to provide the user tactile feedback during insertion, provide compression to the bone fragments and structural support during healing.
READ MORE
Hand & Wrist
MAX VPC™ Screw System
Designed to provide reduction and compression as well as structural support during healing
The MAX VPC Screw System comprised of cannulated, headless, fully threaded screws designed to provide the user tactile feedback during insertion, provide compression to the bone fragments and structural support during healing.
READ MORE
MAX VPC™ Screw System
Designed to provide reduction and compression as well as structural support during healing
The MAX VPC Screw System comprised of cannulated, headless, fully threaded screws designed to provide the user tactile feedback during insertion, provide compression to the bone fragments and structural support during healing.
READ MORE
MAX VPC™ Screw System
Designed to provide reduction and compression as well as structural support during healing
The MAX VPC Screw System comprised of cannulated, headless, fully threaded screws designed to provide the user tactile feedback during insertion, provide compression to the bone fragments and structural support during healing.
READ MORE
MAX VPC™ Screw System
Designed to provide reduction and compression as well as structural support during healing
The MAX VPC Screw System comprised of cannulated, headless, fully threaded screws designed to provide the user tactile feedback during insertion, provide compression to the bone fragments and structural support during healing.
READ MORE
Hand & Wrist
MAX VPC™ Screw System
Designed to provide reduction and compression as well as structural support during healing
The MAX VPC Screw System comprised of cannulated, headless, fully threaded screws designed to provide the user tactile feedback during insertion, provide compression to the bone fragments and structural support during healing.
READ MORE
MAX VPC™ Screw System
Designed to provide reduction and compression as well as structural support during healing
The MAX VPC Screw System comprised of cannulated, headless, fully threaded screws designed to provide the user tactile feedback during insertion, provide compression to the bone fragments and structural support during healing.
READ MORE
MAX VPC™ Screw System
Designed to provide reduction and compression as well as structural support during healing
The MAX VPC Screw System comprised of cannulated, headless, fully threaded screws designed to provide the user tactile feedback during insertion, provide compression to the bone fragments and structural support during healing.
READ MORE
MAX VPC™ Screw System
Designed to provide reduction and compression as well as structural support during healing
The MAX VPC Screw System comprised of cannulated, headless, fully threaded screws designed to provide the user tactile feedback during insertion, provide compression to the bone fragments and structural support during healing.
READ MORE