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The cranio-vertebral junction (CVJ) is a collective term that refers to the occiput (posterior skull base), atlas, axis and supporting ligaments. It is a transition zone between a mobile cranium & relatively rigid spinal column. -
Halder Tibial Nail is an innovative tibial nailing system that utilises a patented tri-wire technology to provide additional rotational stability at the distal end of the tibia.- The patented tri-wire technology which uses a special grade of medical Stainless Steel to ensure a good blend of elasticity and fracture toughness provides good rotational stability
- Simple instrumentation to ensure quick and precise implantation
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Halifax Nail is an innovative trochanteric nailing system that utilises a patented tri-wire technology to provide additional rotational stability of the fracture neck of femur and is an exclusive GESCO product.- Intra-capsular and Basal fracture of the femur can be fixed with the help of tri-wire which uses a special grade of medical Stainless Steel to ensure a good blend of elasticity and fracture toughness
- Precise instrumentation organised in a step-by-step method to ensure easy implantation, and several rescue instruments to get surgeons out of trouble and provide a very accurate fixation
- A single Aiming Device (jig) to aim all three proximal angles, static and dynamic distal fixations
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Halder Humeral nail is a retrogate humeral nailing system that utilises a transverse plate and a patented tri-wire technology to provide additional rotational stability at the proximal head of the humerus and is a GESCO exclusive product.- Transverse plate and patented tri-wire technology which uses a special grade of medical Stainless Steel to ensure a good blend of elasticity and fracture toughness provide good rotational stability
- Simple instrumentation to ensure quick and precise implantation
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The GESCO Opulence locking plate system offers advanced solution for the management of several types of fractures. This bone plate system which consists of a broad range of plates is designed in such a wy that it provides the most optimal fir for the fixaion of various bones such as Femur, Tibia, Humerus, Distal radius and Ulna -
The OPULENCE distal radius plates are low profile anatomically contoured plates.- Pre-installed Drill sleeves reduces time intra-operatively.
- Anatomically contoured plates to minimize the requirement of bending in-situ.
- Locking and Non-locking cortical screws are available.
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Infigo Cranial is a comprehensive system that is used for trauma surgeries in the cranial region. Procedure:- Low profile plates with recess for screw head for minimum protrusion
- A comprehensive range of plates that can be used to fix complex trauma in the cranial region including large pre-contoured mesh plates and anatomical plates are available to reduce surgery time, ideal for larger and more complex trauma.
- 1.5mm self-drilling screws and 1.8mm rescue screws
- Simple instruments including friction fit screw driver for easy insertion of screws
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Infigo Maxillofacial is a comprehensive system that is used for trauma surgeries in the Maxillofacial region.- Low profile plates with recess for screw head for minimum protrusion
- A comprehensive range of plates and screws are available to fix complex trauma cases
- Simple instruments including friction fit screw driver for easy insertion of screws
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Vertebroplasty is designed to stabilise Vertebral Compression Fractures (VCF) in the osteoporotic bone. -
The Ballon Kyphoplasty System is used to fix Vertebral Compression Fractures (VCFs).- 700 psi max rated inflation pressure, higher than previous 400 psi rated balloons
- Cement resistance technique allows delivery of cement through one cannula while the contra lateral balloon remains inflated to maintain fracture reduction
- Cement Delivery System (CDS) lets you deliver cement from up to 48 inches away from the radiation source during a kyphoplasty procedure
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Infigo 3D Printed patient-specific CMF implants can be designed and manufactured such that they precisely match the patient’s anatomical curvatures and therefore can be easily implanted in-situ. Our team of highly qualified biomedical engineers have been providing custom CMF solutions for over a decade.- Send DICOM data from 3D CT images – ensure atleast 2,000 slices are taken to ensure good quality of input data. This will directly affect the quality of the final product
