Clinic Logo
Call : 9799 - 06 - 9799
ORTHOPEDIC EXCELLENCE

Advanced Joint Replacement in Mumbai

Regain your mobility with uncompromised precision. We offer state-of-the-art robotic and minimally invasive surgical solutions tailored for rapid recovery.

Robotic Knee Replacement

Robotic Knee Replacement is an advanced form of knee replacement surgery that uses robotic assistance for enhanced precision. This technique ensures accurate placement of implants and optimal alignment for better outcomes.

Key Benefits:
  • Higher precision in implant placement.
  • Minimized damage to surrounding tissues.
  • Improved post-surgical outcomes and joint function.
  • Reduced recovery time and pain.
Procedure:

Using a robotic arm or navigation system, the surgeon maps the knee joint in 3D to plan the surgery. This detailed mapping enables customized treatment for each patient.

Robotic Knee Replacement Surgery at Bafna Clinic Mumbai

Frequently Asked Questions

It is a knee replacement surgery performed with the assistance of robotic technology to enhance precision and accuracy.

Robotic knee replacement uses advanced imaging and robotics for better accuracy, whereas traditional methods rely solely on the surgeon's manual techniques.

Yes, it is safe. The robotic system enhances the surgeon's skills, ensuring greater precision and reduced risk of complications.

Most patients recover within 4-6 weeks and experience significant improvement in mobility and pain relief.

Patients with advanced arthritis, deformities, or those who need enhanced precision for better outcomes are ideal candidates.

Partial Knee Replacement

Partial Knee Replacement is a minimally invasive procedure designed for patients whose arthritis is confined to a single compartment of the knee. By selectively replacing only the damaged area, healthy bone and ligaments are preserved.

Key Benefits:
  • Preserves healthy bone, cartilage, and vital ligaments.
  • Feels more like a "natural" knee due to intact ligaments.
  • Smaller incisions leading to less postoperative pain.
  • Faster recovery and shorter hospital stays.
Procedure:

The surgeon carefully removes damaged cartilage and bone from only the diseased compartment (medial, lateral, or patellofemoral) of the knee. The removed tissue is replaced with custom-fitted metal and plastic components, leaving the rest of the knee completely untouched.

Partial Knee Surgery

Frequently Asked Questions

Ideal candidates have arthritis limited to one side of the knee (usually the medial side), intact knee ligaments, and good overall joint stability.

With modern materials and careful surgical technique, partial knee implants frequently last 10 to 15 years, or even longer depending on activity levels.

Yes. Because the anterior cruciate ligament (ACL) and other healthy structures are preserved, most patients report that the knee feels much more "natural" when bending and walking.

Many patients are able to stand and walk with assistance on the very same day as surgery, with full unassisted walking expected within a few weeks.

Total Hip Replacement

Total Hip Replacement involves replacing a severely damaged or arthritic hip joint with highly durable, bio-compatible prosthetics. This procedure provides permanent relief from severe hip pain and restores fluid mobility.

Key Benefits:
  • Immediate and permanent relief from debilitating joint pain.
  • Restored range of motion, allowing for an active lifestyle.
  • Muscle-sparing techniques ensuring maximum joint stability.
  • High longevity of implants, often lasting a lifetime.
Procedure:

The worn-out ball-and-socket joint is meticulously removed. The damaged pelvic socket is resurfaced with a durable cup, and the arthritic femoral head is replaced with a high-strength prosthetic ball attached to a stem inside the femur.

Hip Replacement

Frequently Asked Questions

Severe osteoarthritis, rheumatoid arthritis, avascular necrosis, or severe hip fractures are the most common reasons a joint replacement is recommended.

Initially, you will be advised to avoid deep bending and crossing your legs to prevent dislocation. However, modern techniques like the anterior approach significantly reduce these post-operative restrictions.

Yes. Guided exercises are crucial for strengthening the muscles around the new hip and safely restoring your complete range of movement.

Modern hip implants are incredibly durable. With proper care, they frequently last 15 to 20 years, and in many cases, provide a lifetime of pain-free movement.

Shoulder Replacement

Shoulder Replacement is an advanced procedure designed to alleviate chronic shoulder pain caused by severe osteoarthritis, rheumatoid arthritis, or rotator cuff tear arthropathy. It restores comfortable, functional arm motion.

Key Benefits:
  • Significant reduction or total elimination of shoulder pain.
  • Restored upper body mobility and improved arm strength.
  • Substantially improved sleep quality due to pain relief.
  • Highly customized implants (anatomic or reverse) based on condition.
Procedure:

The damaged humeral head (ball) is removed and replaced with a precisely fitted metal ball, while the glenoid (socket) is fitted with a smooth plastic surface. If the rotator cuff is severely torn, a "reverse" procedure is performed, swapping the ball and socket locations.

Shoulder Replacement

Frequently Asked Questions

Anatomic replaces the joint exactly as it naturally exists. A reverse replacement swaps the ball and socket locations, which is essential for patients with severely torn rotator cuffs, as it relies on the deltoid muscle to lift the arm.

Most patients require a sling for 4 to 6 weeks post-surgery to allow the soft tissues and muscles to properly heal before intense rehabilitation begins.

You can typically resume driving within 4 to 6 weeks, provided you are no longer taking narcotic pain medications and have regained sufficient arm control.

Low-impact activities like swimming, golf, and light tennis are generally encouraged after recovery. However, heavy lifting and high-impact contact sports should be avoided to protect the implant.