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CDSCO LICENSED
ISO 13485:2016
GMP CERTIFIED
PAN-INDIA MASTER FRANCHISE
SURGICAL SUPPORT CERTIFIED
CDSCO LICENSED
ISO 13485:2016
GMP CERTIFIED
PAN-INDIA MASTER FRANCHISE
SURGICAL SUPPORT CERTIFIED
Freedom Knee Patellar Components
🦿 ArthroplastyREF: MRL-PAT-001✓ Brochure Verified

Freedom Knee Patellar Components

Freedom Knee · Knee Patellar Components

UHMWPE patellar implants for total knee arthroplasty
MaterialUltra High Molecular Weight Polyethylene (UHMWPE)
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Full Technical Matrix
Full Technical Matrix

Freedom Knee Patellar Components

design

Anatomic shape

fixation

Cemented with lugs

tracking

Optimized for femoral component

surface

Smooth articulating surface

Primary Material

Ultra High Molecular Weight Polyethylene (UHMWPE)

CDSCO Validated Data
Frequently Asked Questions

UHMWPE patellar implants for total knee arthroplasty

The anatomic shape is designed to replicate natural patellar kinematics, promoting optimal tracking within the trochlear groove. This reduces stress concentration and the risk of patellofemoral complications, leading to improved pain relief and functional outcomes for patients.

The smooth articulating surface minimizes friction and wear debris generation. This is advantageous as it reduces the potential for adverse tissue reactions and osteolysis, promoting long-term implant survivorship.

Cemented fixation with lugs provides secure and immediate implant stability. This simplifies the surgical procedure by ensuring reliable patella component fixation, reducing the risk of migration or loosening and optimizing patellar tracking from the outset.

This product is manufactured by Meril Life Sciences and is distributed by Agile Healthcare across all districts of Telangana.

Yes, all Meril Life Sciences products distributed by Agile Healthcare, including the Freedom Knee Patellar Components, strictly adhere to CDSCO guidelines and ISO 13485:2016 quality standards.

The Freedom Knee Patellar Components is constructed using Ultra High Molecular Weight Polyethylene (UHMWPE), ensuring high biocompatibility and durability.