In general,surgery in an arthritis patient is indicated in two main situations, Firstly if the non-surgical treatment has failed to give pain relief, and secondly if the arthritis process has already led to deformity or substantial loss in the function . the arthritis process has already led to deformity or substantial loss known today to provide complete pain relief while at the same time retaining the function of the joint.
This is a Real Technological break through! Computer assisted Knee Replacement Surgery is the Call of Present Time.
Computer-assisted Knee Replacement (CKR) with BrainLab-Cii Version I . I .2. (Made in USA)
Main Components:
In satellite navigation technology, the satellite precisely identifies the position of starting point and destination of the journey. During the entire process the satellite continuously guides by digital mapping and giving accurate direction to reach the destinations without any error. Even I °of error can result in unthinkable out come.
During the entire process of the surgery every single step is navigated, verified & rectified to the accuracy of 0.5mm. & 0.5°
Perfect Result-Each time, Every time.
Perfect Knee Replacement with 100% accuracy
Robotic surgery is currently carried out with the use of the ROSA surgical system, a unique set of technologies that include specialized “arms” for holding instruments, as well as a magnified screen and a console.
The hana table for patient positioning in fracture and hip procedures, the Hana is revolutionizing orthopedic surgeries.
Ideal for the anterior approach to hip surgery and lower limb fractures.
With its unique capability to position the patient’s legs independently and provide traction, the Hana table is ideal for hospitals and ASCs. The table supports a number of procedures including the anterior approach to total hip replacements (AATHA), hip arthroscopy, hip fractures, and lower limb fractures in either the supine or lateral position. The leg spars allow for hyperextension, abduction, adduction and external rotation of the legs. Fully radiolucent carbon fiber construction provides for unobstructed intraoperative imaging.
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