Recall Z-0195-2021— ICU Medical, Inc.

Class II · Terminated

Class II FDA medical device recall by ICU Medical, Inc., initiated 2020-07-06, terminated 2023-05-11. It names one FDA 510(k) clearance: K964435. Product: 109" (277 cm) Appx 8.6 ml, Transfer Set w/Check Valve, NanoClave T-Connector, Anti-Siphon Valve, 4 Clamps, Smallbore Trifuse Ext Set w/2 MicroClave Clear, 0.2 Micron Filter, Rotating Luer. 1 unit per pouch, 50 multivac pouches per case.UDI:(01)10887709066417(17)250101(30)50(10)4590844. The Intravascular Administration Set is a single use, sterile, non-pyrogenic device which provides access for the administration of fluids from a container to a patient's vascular system through the administration set's needle or catheter (which is inserted into a vein). .. Reason: Identification of a potential manufacturing defect on the internal surface of the NanoClave within specific lots of NanoClave sets, which may inhibit a proper seal with the NanoClave spike..

Recalling firm
ICU Medical, Inc.
Classification
Class II
Status
Terminated
Initiated
2020-07-06
Terminated
2023-05-11
Firm location
San Clemente, CA, United States

510(k) clearances named in this recall

1 on FDA's record

K-numbers as listed on FDA's Recall Enterprise System record for this event (openFDA device/recall k_numbers). The recall may also cover devices cleared under other submissions not named here.

Product description

109" (277 cm) Appx 8.6 ml, Transfer Set w/Check Valve, NanoClave T-Connector, Anti-Siphon Valve, 4 Clamps, Smallbore Trifuse Ext Set w/2 MicroClave Clear, 0.2 Micron Filter, Rotating Luer. 1 unit per pouch, 50 multivac pouches per case.UDI:(01)10887709066417(17)250101(30)50(10)4590844. The Intravascular Administration Set is a single use, sterile, non-pyrogenic device which provides access for the administration of fluids from a container to a patient's vascular system through the administration set's needle or catheter (which is inserted into a vein). .

Reason for recall

Identification of a potential manufacturing defect on the internal surface of the NanoClave within specific lots of NanoClave sets, which may inhibit a proper seal with the NanoClave spike.

Data sourced from openFDA. This site is unofficial and independent of the FDA.