Whiteside Ortholoc Modular Metal-Backed Patella
by Dow Corning Wright 510(k)
Active
510(k) K896081
Regulatory status
| Region | Authorization | Number | Date | Status |
|---|---|---|---|---|
| United States | FDA 510(k)SN | NumberK896081 | Date2 Mar 1990 | StatusActive |
Coverage
- Active
- Expiring
- Withdrawn
- Listed
- Not covered
United States — FDA 510(k) Active
Recalls
No FDA recalls on record, checked 22 Oct 2026.
Specification
- 510(k) Number
- FDA Product Code
- JWH
- Device Class
- Class II
- Regulation
- 21 CFR Part 888.3560
- Advisory Committee
- Orthopedic
- FDA Decision
- SN
Overview
AI-generated summary, 19 Sep 2026
The Whiteside Ortholoc Modular Metal-Backed Patella is a Prosthesis, Knee, Patellofemoral, Semi-constrained, Cemented, designed for partial knee replacement. It features a modular metal-backed component intended to restore function and stability to the patellofemoral joint in patients requiring knee arthroplasty.
This device is supplied as a cemented implant and is intended for use in orthopedic surgical settings. It is classified under product code JWH and was granted FDA 510(k) clearance (K896081) in 1990 for substantially equivalent indications. The modular design allows for customization to fit individual patient anatomy, and it is intended for single-use in sterile conditions.
Other devices from Dow Corning Wright
Questions
AI-generated answers, 19 Sep 2026
What types of knee surgeries is the Whiteside Ortholoc Modular Metal-Backed Patella designed for, and how does its modularity benefit patients?
The Whiteside Ortholoc Modular Metal-Backed Patella is specifically designed for partial knee replacement surgeries, focusing on restoring function and stability to the patellofemoral joint. Its modular metal-backed design allows for customization to match individual patient anatomy, ensuring a better fit and potentially improving outcomes by addressing specific anatomical variations during surgery.
Is this device intended for reuse, or is it meant to be used only once per patient? How does this affect its use in the operating room?
The Whiteside Ortholoc Modular Metal-Backed Patella is explicitly intended for single-use in sterile conditions. This means each implant is meant to be used on one patient only, which helps minimize infection risks and ensures compliance with sterile surgical protocols. Clinicians should follow standard single-use orthopedic implant handling procedures during surgery.
How is the Whiteside Ortholoc Modular Metal-Backed Patella supplied, and what preparation is required before use in surgery?
The device is supplied as a cemented implant, meaning it is intended to be fixed in place using bone cement during surgery. Before use, the implant must be sterilized and prepared according to the manufacturer’s instructions, ensuring it remains sterile until implanted. The modular components should be assembled as needed to match the patient’s anatomy, following the included surgical guidelines.
What storage conditions should be followed for the Whiteside Ortholoc Modular Metal-Backed Patella to maintain its integrity before use?
While specific storage instructions aren’t detailed in the provided data, as a sterile, single-use orthopedic implant, it should be stored in a clean, dry environment protected from moisture, contamination, and physical damage. The packaging should remain intact until immediately before use to preserve sterility and functionality. Always refer to the manufacturer’s packaging labels for precise storage recommendations.
What does the FDA clearance for this device indicate about its intended use, and how does that differ from other knee prostheses?
The FDA clearance (K896081) under product code JWH indicates that the Whiteside Ortholoc Modular Metal-Backed Patella was deemed substantially equivalent to a legally marketed device for partial knee replacement, specifically targeting the patellofemoral joint. Unlike total knee replacements, this device is not intended for full knee arthroplasty but rather for targeted restoration of the patella-to-femur interface, offering a semi-constrained design for stability in partial procedures.