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  1. FDA Recalls
  2. ›Device Recalls

FDA Device Recalls

Recalls of medical devices, diagnostic equipment, implants, and surgical instruments.

Classification
AllClass IClass IIClass III
Status
AllOngoingCompletedTerminated
Date
All timePast 30 daysPast 12 months

Showing 61–80 of 615 recalls

Class IICompleted

Reverse Shoulder System e+, REF 509-01-032, RSP Humeral Socket Insert, Sz. 32mm, Semi-Constrained, Sterile H2o2, CE 2797

Encore Medical, LP

Mislabeling

October 5, 2023 · DeviceView details →
Class IICompleted

REF 130-03-738, All-Poly e + Patella, Domed Tri-Peg, 9x38mm, STERILE H2O2

Encore Medical, LP

Mislabeling

October 5, 2023 · DeviceView details →
Class II
Completed

SPRYSTEP VECTOR KAFO, Custom made device dynamic ankle-foot orthosis (KAFO) non locking, REF #s: 17VKCUS and 17VKCUSX

Townsend Design

Due to potential air pockets between layers of material, their is the potential for complete struct breakage of knee-ankle-foot orthosis.

September 23, 2023 · DeviceView details →
Class IICompleted

CUSTOM SPRYSTEP, custom made device dynamic ankle-foot orthosis (AFO) , Ref #s: 17C1000, 17C2000, 17C1010, 17C2010, 17C1040, 17C2040

Townsend Design

Due to potential air pockets between layers of material, their is the potential for complete struct breakage of knee-ankle-foot orthosis.

September 23, 2023 · DeviceView details →
Class IICompleted

SPRYSTEP VECTOR, Custom made device dynamic ankle-foot orthosis (AFO) , Reference numbers: 17V1030, 17V2030, 17V1031, 17V2031, 17V1032, 17V2032, 17V1033, 17V2033, 17V1035, 17V2035, 17V1036, 17V2036, 17V1037, 17V2037

Townsend Design

Due to potential air pockets between layers of material, their is the potential for complete struct breakage of knee-ankle-foot orthosis.

September 23, 2023 · DeviceView details →
Class IICompleted

Upper roller bracket (part number 1088370) for the Gen2 gantry enclosure for the Radixact Treatment Delivery System.

Accuray Incorporated

It is possible the upper roller bracket in the Radixact System gantry enclosure may not provide enough clearance for service personnel to use a jib crane for moving components while servicing the system, resulting in possible injury to the service personnel.

August 3, 2023 · DeviceView details →
Class IICompleted

SynCardia 50cc TAH-t, Clinical, REF 570500, Sterile EO

SynCardia Systems LLC

Artificial hearts contain a epoxy resin that has not been reviewed by the FDA for safety and efficacy.

August 1, 2023 · DeviceView details →
Class IICompleted

COOLIEF RF Generator is an 80-watt Radio-Frequency (RF) Generator with four independent RF channels, allowing all RF channels to be activated individually or altogether. The system is controlled via a touch screen interface display that includes user controls, alarm messages, and on-screen selection of lesioning modalities.

Avanos Medical, Inc.

Avanos has received an increase in complaints from customers for COOLIEF RF Generators producing F100 and F101 faults.

August 1, 2023 · DeviceView details →
Class IICompleted

nanoDot D2DNS, Model Numbers: a) 18100-000; b) 18100-1MO; c) 18100-2MO; d) 18100-KIT; radiation monitoring dosimeter used with the microSTAR readers

Landauer

LANDAUER received reports indicating that some nanoDots may potentially be outside of the specified range of +/-5.5% accuracy. Investigation of nanoDots indicated the presence of a potential non-conformance in the Optical Stimulated Luminescence (OSL) material that is beamed after exposure and emits fluorescence proportional to radiation exposure.

July 12, 2023 · DeviceView details →
Class IICompleted

nanoDot D2DNS, Model Numbers: a) 03057-1MO; b) 03057-3MO; c) 03057-OTO; d) 03057-SMO; radiation monitoring dosimeter used with the microSTAR readers

Landauer

LANDAUER received reports indicating that some nanoDots may potentially be outside of the specified range of +/-5.5% accuracy. Investigation of nanoDots indicated the presence of a potential non-conformance in the Optical Stimulated Luminescence (OSL) material that is beamed after exposure and emits fluorescence proportional to radiation exposure.

July 12, 2023 · DeviceView details →
Class IICompleted

Constancy (80 kVp) nanoDot D2DNN, Model Numbers: a) 18150-000 (EMEA number VKITCON002); b) 18150-KIT; radiation monitoring dosimeter used with the microSTAR readers

Landauer

LANDAUER received reports indicating that some nanoDots may potentially be outside of the specified range of +/-5.5% accuracy. Investigation of nanoDots indicated the presence of a potential non-conformance in the Optical Stimulated Luminescence (OSL) material that is beamed after exposure and emits fluorescence proportional to radiation exposure.

July 12, 2023 · DeviceView details →
Class IICompleted

QC (80 kVp) screened nanoDot D2DNS, Model Number 03066-OTO; radiation monitoring dosimeter used with the microSTAR readers

Landauer

LANDAUER received reports indicating that some nanoDots may potentially be outside of the specified range of +/-5.5% accuracy. Investigation of nanoDots indicated the presence of a potential non-conformance in the Optical Stimulated Luminescence (OSL) material that is beamed after exposure and emits fluorescence proportional to radiation exposure.

July 12, 2023 · DeviceView details →
Class IICompleted

nanoDot A - item 1 of 3 for 03500-000, Model Number 03501-000; radiation monitoring dosimeter used with the microSTAR readers

Landauer

LANDAUER received reports indicating that some nanoDots may potentially be outside of the specified range of +/-5.5% accuracy. Investigation of nanoDots indicated the presence of a potential non-conformance in the Optical Stimulated Luminescence (OSL) material that is beamed after exposure and emits fluorescence proportional to radiation exposure.

July 12, 2023 · DeviceView details →
Class IICompleted

Reader, nanoDot adapter, EU Model Number VINLADA003; radiation monitoring dosimeter used with the microSTAR readers

Landauer

LANDAUER received reports indicating that some nanoDots may potentially be outside of the specified range of +/-5.5% accuracy. Investigation of nanoDots indicated the presence of a potential non-conformance in the Optical Stimulated Luminescence (OSL) material that is beamed after exposure and emits fluorescence proportional to radiation exposure.

July 12, 2023 · DeviceView details →
Class IICompleted

Calibrate (80 kVp) nanoDot D2DNS, Model Numbers: a) 18120-000; b) 18120-KIT; c) 18120-SET; radiation monitoring dosimeter used with the microSTAR readers

Landauer

LANDAUER received reports indicating that some nanoDots may potentially be outside of the specified range of +/-5.5% accuracy. Investigation of nanoDots indicated the presence of a potential non-conformance in the Optical Stimulated Luminescence (OSL) material that is beamed after exposure and emits fluorescence proportional to radiation exposure.

July 12, 2023 · DeviceView details →
Class IICompleted

nanoDot D2DNS, for custom calibrate, OTO, Model Numbers 03034-OTO; radiation monitoring dosimeter used with the microSTAR readers

Landauer

LANDAUER received reports indicating that some nanoDots may potentially be outside of the specified range of +/-5.5% accuracy. Investigation of nanoDots indicated the presence of a potential non-conformance in the Optical Stimulated Luminescence (OSL) material that is beamed after exposure and emits fluorescence proportional to radiation exposure.

July 12, 2023 · DeviceView details →
Class IICompleted

nanoDot kit (contains nanoDot A, B, C), Model Number 03500-000; radiation monitoring dosimeter used with the microSTAR readers

Landauer

LANDAUER received reports indicating that some nanoDots may potentially be outside of the specified range of +/-5.5% accuracy. Investigation of nanoDots indicated the presence of a potential non-conformance in the Optical Stimulated Luminescence (OSL) material that is beamed after exposure and emits fluorescence proportional to radiation exposure.

July 12, 2023 · DeviceView details →
Class IICompleted

nanoDot D2DNS, for custom calibrate, OTO, Model Number 03033-OTO; radiation monitoring dosimeter used with the microSTAR readers

Landauer

LANDAUER received reports indicating that some nanoDots may potentially be outside of the specified range of +/-5.5% accuracy. Investigation of nanoDots indicated the presence of a potential non-conformance in the Optical Stimulated Luminescence (OSL) material that is beamed after exposure and emits fluorescence proportional to radiation exposure.

July 12, 2023 · DeviceView details →
Class IICompleted

QC (Cs-137) nanoDot D2DNS, Model Numbers: a) 04225-000 (EMEA number VINLNAN005); b) 04225-KIT; c) 04225-SET; radiation monitoring dosimeter used with the microSTAR readers

Landauer

LANDAUER received reports indicating that some nanoDots may potentially be outside of the specified range of +/-5.5% accuracy. Investigation of nanoDots indicated the presence of a potential non-conformance in the Optical Stimulated Luminescence (OSL) material that is beamed after exposure and emits fluorescence proportional to radiation exposure.

July 12, 2023 · DeviceView details →
Class IICompleted

nanoDot D2DNN, Model Numbers: a) 03053-1MO; b) 03053-1WK ; c) 03053-3MO; d) 03053-OTO; e) 03053-SMO; radiation monitoring dosimeter used with the microSTAR readers

Landauer

LANDAUER received reports indicating that some nanoDots may potentially be outside of the specified range of +/-5.5% accuracy. Investigation of nanoDots indicated the presence of a potential non-conformance in the Optical Stimulated Luminescence (OSL) material that is beamed after exposure and emits fluorescence proportional to radiation exposure.

July 12, 2023 · DeviceView details →
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