Acuity Surgical Devices, LLC: Medical Device Recalls in 2020

Updated on March 25, 2026.

According to to data from the FDA, there were 2 medical device recalls made by Acuity Surgical Devices, LLC in 2020. See the details of the recalls below.

You can see similar recalls for other firms.

Data Source: FDA.

See this for other years:

2020

A LINK Z INTERVERTEBRAL BODY FUSION DEVICE Product Description: A Link Z Ti Unitary Open Interbody 32x24x12 7 A Link Z Ti Unitary Open Interbody 32x24x12 12 A Link Z Ti Unitary Open Interbody 32x24x16 7 A Link Z Ti Unitary Open Interbody 32x24x16 12 Product Usage: is a spinal device that is implanted in the intervertebral body space via an anterior approach to improve stability of the spine while supporting fusion.
A LINK Z INTERVERTEBRAL BODY FUSION DEVICE Product Description: A Link Z Ti Unitary Plate-Cage 32x21x15 7 A Link Z Ti Unitary Plate-Cage 32x21x15 12 A Link Z Ti Unitary Plate-Cage 32x21x15 16 A Link Z Ti Unitary Plate-Cage 32x21x15 16 A Link Z Ti Unitary Plate-Cage 32x21x15 16 A Link Z Ti Unitary Plate-Cage 32x21x15 20 A Link Z Ti Unitary Plate-Cage 32x21x15 20 A Link Z Ti Unitary Plate-Cage 32x21x15 20 A Link Z Ti Unitary Plate-Cage 32x21x17 12 A Link Z Ti Unitary Plate-Cage 32x21x17 16 A Link Z Ti Unitary Plate-Cage 32x21x17 20 A Link Z Ti Unitary Plate-Cage 32x21x19 20 A Link Z Ti Unitary Plate-Cage 32x24x15 7 A Link Z Ti Unitary Plate-Cage 32x24x15 16 A Link Z Ti Unitary Plate-Cage 36x26x15 12 A Link Z Ti Unitary Plate-Cage 36x26x15 12 A Link Z Ti Unitary Plate-Cage 36x26x15 16 A Link Z Ti Unitary Plate-Cage 36x26x15 16 A Link Z Ti Unitary Plate-Cage 36x26x15 16 A Link Z Ti Unitary Plate-Cage 36x26x15 16 A Link Z Ti Unitary Plate-Cage 36x26x15 20 A Link Z Ti Unitary Plate-Cage 36x26x15 20 A Link Z Ti Unitary Plate-Cage 36x26x15 20 A Link Z Ti Unitary Open Interbody 32x24x12 7 A Link Z Ti Unitary Open Interbody 32x24x12 12 A Link Z Ti Unitary Open Interbody 32x24x16 7 A Link Z Ti Unitary Open Interbody 32x24x16 12 Product Usage: is a spinal device that is implanted in the intervertebral body space via an anterior approach to improve stability of the spine while supporting fusion.