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LivaNova Deutschland GmbH

MUNCHEN Bavaria, DE

LivaNova Deutschland GmbH appears in FDA device records in MUNCHEN Bavaria, DE. FDA records list 27 510(k) clearances between and , no PMA records and one registered establishment. As of , FDA records show 15 recalls for this company, and at least one establishment registration is current.

FDA records held for this company

510(k) clearances
27
PMA records
0
Recall records
15
Registered establishments
1

FDA records under these names

1 name

FDA records resolved to LivaNova Deutschland GmbH carry these names as well, as FDA wrote them. Each is the firm named on a registration, a 510(k), a PMA, a recall or an enforcement report that was joined to this company on a shared FDA identifier or on a matching name.

  • Sorin Group Deutschland GmbH510(k), enforcement report, recall

510(k) clearance history

FDA records hold 27 510(k) clearances for LivaNova Deutschland GmbH between 2006 and 2023. The busiest year on record is 2011, with 5. The most recent is 2023, with 2.

Clearances by year, as a table
510(k) clearance decisions for LivaNova Deutschland GmbH, by decision year
YearClearances
20063
20071
20082
20093
20102
20115
20131
20142
20171
20201
20213
20221
20232
510(k) clearances on record, most recent first
K numberDeviceProduct codeDecisionDecision date
K232291Essenz HLM, Essenz ILBMDTQSubstantially Equivalent
K221373Essenz HLMDTQSubstantially Equivalent
K220635Heater-Cooler System 3TDWCSubstantially Equivalent
K212003ESSENZ Patient MonitorDXJSubstantially Equivalent
K210130Stockert S5 SystemDTQSubstantially Equivalent
K202154B-CaptaDRYSubstantially Equivalent
K191402Heater-Cooler System 3TDWCSubstantially Equivalent
K170460Sorin ConnectDXJSubstantially Equivalent
K131553XTRACACSubstantially Equivalent
K140012SORIN FLEXTHERMDWCSubstantially Equivalent
K131816SORIN CONNECT DATA MANAGEMENT SYSTEMDXJSubstantially Equivalent
K112225SORIN CENTRIFUGAL PUMP 5 (CP5)DWASubstantially Equivalent
K103762SORIN C5 SYSTEM; 85/C5 MAST ROLLER PUMP SYSTEM 150(1X RP 150 AND CONTROL PANEL WITH CONNECTING CABLES); S5/C5 MAST ROLLEDTQSubstantially Equivalent
K103468STOCKERT CENTRIFUGAL PUMP (SCP PLUS) (COMPLETE) OR (FOR S5/C5 SYSTEMS)DWASubstantially Equivalent
K103469STOCKERT AIR PURGE CONTROL SYSTEM MODEL 23-45-05KRLSubstantially Equivalent
K103168B-CARE5 (B-CARE5 SENSOR MODULE, VENOUS SENSOR, HOLDER FOR MEASURING HEAD)DRYSubstantially Equivalent
K101046STOCKERT S5 SYSTEM AND GAS BLENDER AND SORIN C5 SYSTEMDTXSubstantially Equivalent
K093882SORIN C5 SYSTEM MODEL 58-00-00DTQSubstantially Equivalent
K092463SORIN B-CARE5 FOR THE STOCKERT S5 SYSTEMDTQSubstantially Equivalent
K091008STOCKERT CENTRIFUGAL PUMP PLUS SYSTEM (SCP PLUS), MODELS 60-00-10, 60-00-55DWASubstantially Equivalent
K091007AIR PURGE CONTROL SYSTEM FOR S5 SYSTEM MODEL 23-45-05DTQSubstantially Equivalent
K082344STOCKERT S5 SYSTEM, STOCKERT ELECTRICAL VENOUS OCCLUDER (EVO)DWFSubstantially Equivalent
K080832STOCKERT S5 SYSTEM, STOCKERT GAS BLENDERDTQSubstantially Equivalent
K071318MODIFICATION TO: STOCKERT S5 SYSTEMDTQSubstantially Equivalent
K062396MODIFICATION TO STOCKERT S5 SYSTEMDTQSubstantially Equivalent
K052601STOCKERT HEATER-COOLER SYSTEM 3TDWCSubstantially Equivalent
K060053STOCKERT S5 SYSTEMDTQSubstantially Equivalent

Registered establishments

FDA registered establishments for LivaNova Deutschland GmbH, with the product codes listed at each
RegistrationFEIEstablishmentAddressRegistration expiresProduct codes listed
96111093002808267LivaNova Deutschland GmbHLINDBERGH STRASSE 25, MUNCHEN Bavaria 80939 DE2026and 1 more, listed in full below

Registration numbers link to the FDA registration and listing record for that establishment.

FDA product codes

Recall records

Device recall records naming this company, most recent first
RecallProductReasonClassificationInitiatedStatus
Z-0571-2025Essenz HLM (Heart-Lung Machine), REF: 49-00-10, with SoftwareHeart-Lung Machine GUI touchscreen may go dark for 10-15 seconds, safety/performance functions remain operational before reset, control maintained through backup control panel, but second reset may occur, may lead to gas blender standby, then gas blender must be reactivated using user interface on blender, sensors deactivated until new case started; GUI reset can lead to Hypoxia and Hypoperfusion.Class IIOpen, Classified
Z-0073-20243T Heater Cooler System, REF: 16-02-85The firm's labeling (Quick Reference Guide) contains incorrect information in the maintenance schedule for the Heater-Cooler device.Class IIOpen, Classified
Z-0787-2022Sorin Centrifugal Pump System, CP5, Drive Unit (Catalogue Item #60-01-04, UDI: 04033817900948) used in an HLM S5/C5 System configuration. A cardiopulmonary bypass speed control device.One ferrite ring expected to be installed on centrifugal pump system power cable may not be present.Class IIITerminated
Z-2440-2020Control Panel REF - 60-02-15: LivaNova SCP Pump Control Panel. REF 60-02-15, IPX2, RxOnly, UDI: 04033817900986The SCP control Panel rotary knob used to control rotary speed of the pump in the SCP system used as a centrifugal pump during cardiopulmonary bypass may be difficult or impossible to rotate as a result of premature wear of the angle encoder. The loss of function of the angle encoder during bypass may lead to ischemia, stroke, organ damage, arterial tissue injury or reperfusion syndrome.Class IITerminated
Z-2439-2020Control Panel REF - 60-02-50: LivaNova SCP Pump Control Panel S5/C5. REF 60-02-50, IPX2, RxOnly, UDI: 04033817900993The SCP control Panel rotary knob used to control rotary speed of the pump in the SCP system used as a centrifugal pump during cardiopulmonary bypass may be difficult or impossible to rotate as a result of premature wear of the angle encoder. The loss of function of the angle encoder during bypass may lead to ischemia, stroke, organ damage, arterial tissue injury or reperfusion syndrome.Class IITerminated
Z-0401-2018CP5 Centrifugal Pump, made up of the drive unit, the emergency system and the pump control panel. It used with an Electrical Remote-Controlled (ERC) tubing clamp and a bubble sensor.Possibility that the automatic line closure by the Electronic Remote-Controlled (ERC) clamp after detection of an air bubble could take longer than is intended by design in the CP5 system.Class IITerminated
Z-0857-2014CP5 centrifugal pump system Product Usage: The Stockert S5/ Sorin C5 System is intended to be used during cardiopulmonary bypass for procedures lasting six (6) hours or less.Sorin is initiating a field correction on S5/C5 Heart-lung machine and CP5 centrifugal pump system due to reports of pump speed control knob failures resulting in no response.Class IITerminated
Z-0856-2014S5/C5 Heart-lung machine Product Usage: The StOckert S5/ Sorin C5 System is intended to be used during cardiopulmonary bypass for procedures lasting six (6) hours or less.Sorin is initiating a field correction on S5/C5 Heart-lung machine and CP5 centrifugal pump system due to reports of pump speed control knob failures resulting in no response.Class IITerminated
Z-0142-2014S5 Heart-lung machine, Stockert S5 System. Catalogue No: 48-30/40/50-00. The Stockert S5 System is intended to be used during cardiopulmonary bypass for procedures lasting six(6) hours or less.Sorin Group is recalling certain models of S5 Perfusion Systems due to malfunction of cardioplegia control.Class IITerminated
Z-1330-2012Sorin C5 (perfusion system) The S5 Perfusion System is used to perform, control and monitor extracorporeal blood circulation during an operation for up to six (6) hours.The pump speed control knob is attached to the shaft of an encoder that is used to adjust the speed. Insufficient lubrication within the encoder increases friction over time making it more difficult to turn the pump speed control knob. Excessive friction causes premature wear of the encoder shaft which can result in a stuck shaft.Terminated
Z-1329-2012Pump control panel. The S5 Perfusion System is used to perform, control and monitor extracorporeal blood circulation during an operation for up to six (6) hours.The pump speed control knob is attached to the shaft of an encoder that is used to adjust the speed. Insufficient lubrication within the encoder increases friction over time making it more difficult to turn the pump speed control knob. Excessive friction causes premature wear of the encoder shaft which can result in a stuck shaft.Terminated
Z-1328-2012Control panel for mast roller pump 85 The S5 Perfusion System is used to perform, control and monitor extracorporeal blood circulation during an operation for up to six (6) hours.The pump speed control knob is attached to the shaft of an encoder that is used to adjust the speed. Insufficient lubrication within the encoder increases friction over time making it more difficult to turn the pump speed control knob. Excessive friction causes premature wear of the encoder shaft which can result in a stuck shaft.Terminated
Z-1327-2012Control panel for mast roller pump 150/85 The S5 Perfusion System is used to perform, control and monitor extracorporeal blood circulation during an operation for up to six (6) hours.The pump speed control knob is attached to the shaft of an encoder that is used to adjust the speed. Insufficient lubrication within the encoder increases friction over time making it more difficult to turn the pump speed control knob. Excessive friction causes premature wear of the encoder shaft which can result in a stuck shaft.Terminated
Z-1326-2012S5 Double Roller Pump 85 The S5 Perfusion System is used to perform, control and monitor extracorporeal blood circulation during an operation for up to six (6) hours.The pump speed control knob is attached to the shaft of an encoder that is used to adjust the speed. Insufficient lubrication within the encoder increases friction over time making it more difficult to turn the pump speed control knob. Excessive friction causes premature wear of the encoder shaft which can result in a stuck shaft.Terminated
Z-1325-2012S5 Single Roller Pump 150 The S5 Perfusion System is used to perform, control and monitor extracorporeal blood circulation during an operation for up to six (6) hours.The pump speed control knob is attached to the shaft of an encoder that is used to adjust the speed. Insufficient lubrication within the encoder increases friction over time making it more difficult to turn the pump speed control knob. Excessive friction causes premature wear of the encoder shaft which can result in a stuck shaft.Terminated

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Data as of , FDA export datePage updated Source: openFDA, public domain