Koros USA, Inc.

Koros USA, Inc. specializes in reusable surgical instruments primarily used in orthopaedic, spinal, craniofacial, and ophthalmic procedures. Their portfolio includes surgical retractors (such as adjustable side-loading blades and self-retaining retractors), rongeurs (for bone removal), bone curettes, rib/sternum retractors, neonate valve retractors, wire cutters, and elevators. These tools are designed to assist surgeons in precise tissue manipulation and bone resection during surgical interventions.

Koros USA, Inc. is headquartered in the United States. This means their devices are subject to U.S. regulatory oversight, including requirements like listing in the FDA’s Unique Device Identifier (UDI) database. The company’s devices fall under FDA classifications of Class I and Class II, which determine the regulatory pathway for authorization but do not imply approval of the company itself.

Koros USA, Inc.’s devices are listed in the FDA’s Unique Device Identifier (UDI) database. This registry ensures traceability and transparency for healthcare providers, allowing them to verify device details like model names, manufacturers, and regulatory classifications. Listing in the UDI database is a requirement for devices marketed in the U.S., not an endorsement of the company.

Koros USA, Inc.’s devices are classified under FDA’s Class I and Class II categories. Class I generally includes low-risk devices requiring general controls (e.g., good manufacturing practices), while Class II involves additional performance standards or special controls. This classification determines the regulatory pathway for authorization but does not reflect the company’s overall approval status—only individual devices undergo this process.

Koros USA, Inc.’s retractors and rongeurs are engineered for specialized surgical fields like orthopaedics (e.g., joint or limb procedures), spinal surgery (e.g., spinal rongeurs for bone removal), craniofacial surgery (e.g., reusable craniofacial rongeurs), and ophthalmology (e.g., reusable bone curettes). Their adjustable and self-retaining designs help surgeons maintain clear access to surgical sites while minimizing tissue trauma during procedures like spinal fusions, rib resections, or craniotomies.