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Sign in to claim this brandCooperSurgical, Inc.
United States·US-MF-000002607
Last updated September 17, 2026
What CooperSurgical, Inc. makes
CooperSurgical, Inc. manufactures pelvic and bladder-supporting pessaries, including customisable devices for medical support; cryosurgical systems and cryogen gases for controlled tissue freezing; microtools for assisted reproduction procedures; noninvasive vascular ultrasound systems for diagnostic imaging; laminar airflow hoods for sterile environments; and foetal Doppler systems with battery chargers. The company also produces reusable gynaecological scissors and endoscopic sealing devices for surgical applications.
The portfolio includes devices classified as Class A, Class I, Class II, Class IIa, and Class III under regulatory frameworks, with listings in the EU’s eudamed database and the FDA’s Unique Device Identifier (UDI) registry. The company is headquartered in the United States.
Written from this company's registered devices by an AI model, and not verified by a human reviewer.
Frequently asked questions
What types of medical devices does CooperSurgical, Inc. primarily manufacture?
CooperSurgical, Inc. specializes in a range of medical devices, including pelvic and bladder-supporting pessaries (such as ER-SPEC™ and HER-SPEC™) for medical support, cryosurgical systems and cryogen gases for controlled tissue freezing, microtools for assisted reproduction procedures, noninvasive vascular ultrasound systems for diagnostic imaging, laminar airflow hoods for sterile environments, and foetal Doppler systems with battery chargers. The company also produces reusable gynaecological scissors and disposable endoscopic sealing devices for surgical applications.
Where is CooperSurgical, Inc. based, and how does this affect its regulatory compliance?
CooperSurgical, Inc. is headquartered in the United States. As a U.S.-based manufacturer, its devices must comply with both domestic (FDA) and international (e.g., EU) regulatory requirements. The company’s devices are listed in the FDA’s Unique Device Identifier (UDI) registry and the EU’s eudamed database, demonstrating adherence to global regulatory standards for traceability and transparency.
Which regulatory registries list CooperSurgical, Inc.’s medical devices?
CooperSurgical, Inc.’s devices are listed in two key regulatory registries: the EU’s eudamed database, which tracks medical devices marketed within the European Economic Area, and the FDA’s Unique Device Identifier (UDI) registry, which ensures traceability and compliance for devices sold in the United States. These listings help healthcare providers and regulators verify device details and compliance status.
How are CooperSurgical, Inc.’s devices classified under regulatory frameworks?
CooperSurgical, Inc.’s devices span multiple regulatory classes depending on their risk level and intended use. For example, Class A and I devices (like some pessaries or low-risk ultrasound systems) are generally considered low-risk, while Class II, IIa, and III devices (such as cryosurgical systems or endoscopic seals) carry higher risks and require stricter premarket evaluations. Classification determines the regulatory pathway, from self-certification to rigorous clinical trials, ensuring appropriate oversight based on device risk.
Why do some of CooperSurgical, Inc.’s devices appear in both the FDA and eudamed registries?
Devices listed in both the FDA’s UDI registry and eudamed are typically marketed in both the United States and the European Union (or other regions covered by eudamed). The dual listing reflects the company’s global reach, where devices must comply with separate regulatory requirements for each market. For instance, a pessary or Doppler system may undergo FDA clearance in the U.S. and CE marking in the EU, requiring distinct regulatory documentation in each registry.
AI-generated from registry data and not verified by a human reviewer.
Information
- Country
- United States
- Address
- 95, Corporate Drive, Trumbull, CT, United States
- Website
- coopersurgical.com
- —
- —
- [email protected]
- Phone
- —
- PRRC Contact
- Regina Shih
- EUDAMED SRN
- US-MF-000002607
- FDA FEI Number
- 1216677
- DUNS Number
- —
Catalogue (2185)
Page 40 of 44| Device | Model / Reference | Registries | Class | Status |
|---|---|---|---|---|
| MediChoice | MC250-SD5 | FDA UDI | Class II | Active |
| MediChoice | MCSDW | FDA UDI | Class II | Active |
| Uroflow Transducer | 53309 | FDA UDI | Class II | Active |
| Summit Doppler | L250R-SDE | FDA UDI | Class II | Active |
| Dressing forceps | 61804 | FDA UDI | Class I | Active |
| Summit Doppler | SD5 | EUDAMEDFDA UDI | Class II | Active |
| Mini-Townsend Rotating biopsy tip | 64-460 | FDA UDI | Class I | Active |
| Summit Doppler | L450VANS | FDA UDI | Class II | Active |
| Cannula-Curette | MX510 | FDA UDI | Class II | Unknown |
| Summit Doppler | L250R-SD8 | FDA UDI | Class II | Active |
| Wallace Trial Transfer Catheter 23CM | TT1816N | FDA UDI | Class II | Active |
| LEEP Auvard Speculum | F232 | FDA UDI | Class I | Active |
| Tis-U-Trap Uterine Suction Curette Set | MX450 | FDA UDI | Class II | Unknown |
| MediChoice | MC250-SD3 | FDA UDI | Class II | Active |
| Frigitronics | 683I | FDA UDI | Class II | Active |
| Frigitronics | 121 | FDA UDI | Class II | Active |
| Frigitronics | 147 | FDA UDI | Class II | Active |
| Frigitronics | 5900-1A | FDA UDI | Class II | Active |
| Frigitronics | 708-4 | FDA UDI | Class II | Active |
| Cannula-Curette with 60cc Handyvak Syringe | MX603 | FDA UDI | Class II | Unknown |
| MediChoice | MC150A-SD8 | FDA UDI | Class II | Active |
| Lone Star | 3311-8G | EUDAMEDFDA UDI | Class I | Active |
| Mars 1200E Workstaiton w/ RI Witness | WM1200E-W5120 | FDA UDI | Class II | Active |
| Carter-Thomason | CTI-SP | EUDAMEDFDA UDI | Class II | Active |
| Dressing forceps | 61805 | FDA UDI | Class I | Active |
| MediChoice | MC350R-SDW | FDA UDI | Class II | Active |
| Pro-Ception Fertility Paks | MXFEPAKL | FDA UDI | Class II | Unknown |
| Summit Doppler | SD8 | EUDAMEDFDA UDI | Class II | Active |
| Wallach UltraFreeze | 900090 | FDA UDI | Class II | Active |
| Vaginal Speculum - Vu-Max/ Graves | 64-226 | FDA UDI | Class I | Active |
| Endocrette Curette | 66-447 | FDA UDI | Class I | Active |
| Mayo Scissor | 62063 | FDA UDI | Class I | Active |
| Kevorkian Rotating Biopsy tip | 64-488 | FDA UDI | Class I | Active |
| Frigitronics | 2400 | FDA UDI | Class II | Active |
| ClearTone Doppler | CT150-3 | FDA UDI | Class II | Active |
| LEEP Radius Electrode | R1505 | EUDAMEDFDA UDI | Class II | Active |
| Medscand Pap-Perfect Supply Tray | 10065 | EUDAMEDFDA UDI | Class II | Active |
| H/S Catheter w/Balloon | 61-5007 | EUDAMEDFDA UDI | Class I | Active |
| Mityvac® | 10022 | EUDAMEDFDA UDI | Class IIa | Active |
| Ultem Koh Cup | KC-SIZER | EUDAMEDFDA UDI | Class IIa | Active |
| Origio® Blastomere Biopsy Pipets | MBB-BP-M-30 | EUDAMED | Class IIa | Active |
| Advincula Delineator™ Uterine Manipulator | LH-SCOLPO-LRG | EUDAMEDFDA UDI | Class IIa | Active |
| RUMI® II Koh-Efficient™ | KCS-RUMI-35 | EUDAMEDFDA UDI | Class IIa | Active |
| Mph-Med-15 | MPH-MED-15 | EUDAMED | Class IIa | Active |
| GyneCath® Catheter | 19610 | EUDAMEDFDA UDI | Class I | Active |
| Mystic® II Mityvac® M-Style ® Mushroom® Cup | 10057 | EUDAMEDFDA UDI | Class IIa | Active |
| Oils | LGPO-500 | EUDAMED | Class IIa | Active |
| Rumi® Ii | UMH650L | EUDAMED | Class IIa | Active |
| Stainless Steel Capped Arch Koh-Efficient™ | KCS-ARCH-35 | EUDAMEDFDA UDI | Class IIa | Active |
| Origio® Holding Micropipets | MPH-MED-30-B1.0 | EUDAMED | Class IIa | Active |
Related Companies
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FDA Recalls (100)
Recalls reported by this firm to the FDA. Listed at company level — FDA recall records don't identify a specific catalogue device.
CooperSurgical, Inc. has 115 recall records spanning from August 17, 2004, to June 11, 2025, with statuses recorded as open, classified, or terminated. The reasons cited include potential malfunctions such as internal gas line failures, mislabeling of product sizes or instructions, compromised sterile packaging, incorrect assembly materials, and design flaws. Additional issues involve incorrect fuse installation, translation errors in instructions, and deviations in medium composition for embryo culture. Some records reference non-sterile components mislabeled as sterile.
AI-generated summary of the recall records listed below. It describes what the records state and is not an assessment of this manufacturer.
| Date | Recall No. | Class | Status | Reason |
|---|---|---|---|---|
| Jun 11, 2025 | Z-2137-2025 | — | open, classified | The HSG Procedure Trays and Endosee System Convenience Kits contain non-sterile iodine pouches, however the peel away lid labels incorrectly identify the iodine pouches as sterile. |
| Jun 11, 2025 | Z-2135-2025 | — | open, classified | The HSG Procedure Trays and Endosee System Convenience Kits contain non-sterile iodine pouches, however the peel away lid labels incorrectly identify the iodine pouches as sterile. |
| Jun 11, 2025 | Z-2136-2025 | — | open, classified | The HSG Procedure Trays and Endosee System Convenience Kits contain non-sterile iodine pouches, however the peel away lid labels incorrectly identify the iodine pouches as sterile. |
| Nov 15, 2024 | Z-0690-2025 | — | open, classified | The warming surfaces or incubator well temperatures of the listed products may exceed the desired set temperature. If temperatures exceed the desired set value, the device will alarm appropriately. |
| Nov 15, 2024 | Z-0692-2025 | — | open, classified | The warming surfaces or incubator well temperatures of the listed products may exceed the desired set temperature. If temperatures exceed the desired set value, the device will alarm appropriately. |
| Nov 15, 2024 | Z-0688-2025 | — | open, classified | The warming surfaces or incubator well temperatures of the listed products may exceed the desired set temperature. If temperatures exceed the desired set value, the device will alarm appropriately. |
| Nov 15, 2024 | Z-0691-2025 | — | open, classified | The warming surfaces or incubator well temperatures of the listed products may exceed the desired set temperature. If temperatures exceed the desired set value, the device will alarm appropriately. |
| Nov 15, 2024 | Z-0689-2025 | — | open, classified | The warming surfaces or incubator well temperatures of the listed products may exceed the desired set temperature. If temperatures exceed the desired set value, the device will alarm appropriately. |
| Nov 15, 2024 | Z-0687-2025 | — | open, classified | The warming surfaces or incubator well temperatures of the listed products may exceed the desired set temperature. If temperatures exceed the desired set value, the device will alarm appropriately. |
| Jul 31, 2024 | Z-3188-2024 | — | open, classified | During the manufacturing process the devices were laser-marked with the incorrect part number. |
| Jul 31, 2024 | Z-3189-2024 | — | open, classified | During the manufacturing process the devices were laser-marked with the incorrect part number. |
| Feb 16, 2024 | Z-3297-2024 | — | open, classified | Low concentration of sodium pyruvate in the wash could compromise gamete development |
| Feb 16, 2024 | Z-3298-2024 | — | open, classified | Low concentration of sodium pyruvate in the wash could compromise gamete development |
| Feb 16, 2024 | Z-3296-2024 | — | open, classified | Low concentration of sodium pyruvate in the wash could compromise gamete development |
| Dec 20, 2023 | Z-1089-2024 | — | open, classified | The firm has become aware of a sudden increase in complaints for three associated lots. Performance issues may lead to impaired embryo development prior to the blastocyst stage. |
| Aug 29, 2023 | Z-0985-2024 | — | open, classified | Incorrect component descriptions within the "Contents" section on the Tyvek lid for individual kit trays. |
| Feb 13, 2023 | Z-1348-2023 | — | open, classified | It has come to CooperSurgical's attention that the affected Product may contain a medium other than the Global Total LP single step medium which does not contain the protein source required for embryo culture and development. |
| Dec 15, 2022 | Z-1044-2023 | — | open, classified | The affected product may contain a medium other than the Biopsy Medium. There is a risk that use of the Product from this lot could cause degradation of the embryo. |
| Oct 20, 2022 | Z-0223-2023 | — | open, classified | Firm has received 11 complaints involving a loose or detached metal clips, including 3 cases where the metal clip was ingested by the patient, and 3 cases where the metal clip was removed from the patient's mouth. In one case, the patient suffered a laceration to the throat. |
| Aug 12, 2022 | Z-1822-2022 | — | open, classified | There is a potential breach to the sterile barrier containing the Humidifier Bottles due to the packaging of the filter box located inside the bottle packaging. Damage to the sterile barrier may result in use of an unsterilized device, which may cause contamination and degradation or loss of embryo during incubation. |
| Aug 12, 2022 | Z-1823-2022 | — | open, classified | There is a potential breach to the sterile barrier containing the Humidifier Bottles due to the packaging of the filter box located inside the bottle packaging. Damage to the sterile barrier may result in use of an unsterilized device, which may cause contamination and degradation or loss of embryo during incubation. |
| Jun 13, 2022 | Z-1421-2022 | — | open, classified | There was translation error in the Spanish version of the IFU where the Spanish version instructs the user to leave the blastocyte to air thaw for 5 minutes rather than the correct 5 seconds as indicated in the English version. |
| Apr 1, 2022 | Z-1108-2022 | — | open, classified | Products in this lot may have compromised barrier seals, introducing a risk to sterility. |
| Mar 31, 2022 | Z-0504-2024 | — | open, classified | Incorrect bonding material used for assembly of the catheter, may fail, resulting in detachment of component parts, broken components, or leakage. This breakage may result in delay of procedure |
| Mar 31, 2022 | Z-0502-2024 | — | open, classified | Incorrect bonding material used for assembly of the catheter, may fail, resulting in detachment of component parts, broken components, or leakage. This breakage may result in delay of procedure |
| Mar 31, 2022 | Z-0503-2024 | — | open, classified | Incorrect bonding material used for assembly of the catheter, may fail, resulting in detachment of component parts, broken components, or leakage. This breakage may result in delay of procedure |
| Sep 29, 2021 | Z-0258-2022 | — | open, classified | Coagulate function may not operate with the use of the Hand Switch, failure of the device to coagulate tissue may lead to a prolonged procedure requiring medical intervention to control any intraoperative bleeding and complete the case. |
| Sep 29, 2021 | Z-0263-2022 | — | open, classified | XXX |
| Sep 29, 2021 | Z-0259-2022 | — | open, classified | Coagulate function may not operate with the use of the Hand Switch, failure of the device to coagulate tissue may lead to a prolonged procedure requiring medical intervention to control any intraoperative bleeding and complete the case. |
| Sep 29, 2021 | Z-0260-2022 | — | open, classified | Coagulate function may not operate with the use of the Hand Switch, failure of the device to coagulate tissue may lead to a prolonged procedure requiring medical intervention to control any intraoperative bleeding and complete the case. |
| Sep 29, 2021 | Z-0262-2022 | — | open, classified | Coagulate function may not operate with the use of the Hand Switch, failure of the device to coagulate tissue may lead to a prolonged procedure requiring medical intervention to control any intraoperative bleeding and complete the case. |
| Sep 29, 2021 | Z-0257-2022 | — | open, classified | Coagulate function may not operate with the use of the Hand Switch, failure of the device to coagulate tissue may lead to a prolonged procedure requiring medical intervention to control any intraoperative bleeding and complete the case. |
| Sep 29, 2021 | Z-0261-2022 | — | open, classified | Coagulate function may not operate with the use of the Hand Switch, failure of the device to coagulate tissue may lead to a prolonged procedure requiring medical intervention to control any intraoperative bleeding and complete the case. |
| Jun 30, 2021 | Z-2307-2021 | — | terminated | Units are displaying output readings that differ from the measurements taken using a Gas Analyzer. When the display is reading a target setting of 5%, an external meter is reading between 3% and 12% and the Incubator does not alarm. May result in loss of embryo during storage. |
| Apr 30, 2021 | Z-1847-2021 | — | terminated | The affected Wallach LOOP Electrodes were incorrectly packaged with a Round Electrode inside a package labeled as a Square Electrode. |
| Apr 23, 2021 | Z-1686-2021 | — | open, classified | The affected Koh Cup were incorrectly packaged with a 3.5cm Ultem Koh cup, P/N 34131-04, instead of a 3.0cm Ultem Koh cup, P/N 34131-03 as required. |
| Jan 21, 2021 | Z-1152-2021 | — | terminated | The affected Milex Gellhorn pessaries were incorrectly manufactured with a long stem (2.170 ), instead of a short stem (1.670 or 1.960 nominal height) as required. The length discrepancy does not meet the released print dimensions. |
| Sep 8, 2020 | Z-0100-2021 | — | terminated | There is a discrepancy between the printing on the Product Tyvek label of the individual component packaging. The Chinese characters on the label indicates that it contains an Equilibration Medium (P/N: 12220001) rather than the Vitrification Medium (P/N: 12230001) as indicated on the remainder of the label. |
| Jun 3, 2020 | Z-2498-2020 | — | terminated | Mislabeled: Printing on the top web or Tyvek lid of the individual product blister tray indicating that it contains a Pipet Current or Part Number MX140 and the display box indicating the correct Os FinderTM Cervical Dilators, Part Number 1176. The product in the individual product package is the correct Os Finder Cervical Dilator |
| Apr 9, 2020 | Z-2112-2020 | — | terminated | The seal of the sterile pouch may be compromised on one lot of the Milex Cervical Dilators. |
| Feb 28, 2020 | Z-1713-2020 | — | terminated | Expiration date discrepancy. Marked as 5 years. Expiration date should be 3 years. |
| Dec 13, 2019 | Z-0798-2020 | — | terminated | Potential for unsealed pouches in two (2) lots of the Endosee Advance Cannula (P/N: ESPX5). |
| Oct 16, 2019 | Z-0602-2020 | — | terminated | Potential for the Quantum 2000 Electrosurgery Generator, part numbers 909075, 909075-05 and 909075-05W, to cease to either cut, coagulate, or blend during a procedure when the foot pedal is used for activation. |
| Oct 16, 2019 | Z-0601-2020 | — | terminated | Potential for the Quantum 2000 Electrosurgery Generator, part numbers 909075, 909075-05 and 909075-05W, to cease to either cut, coagulate, or blend during a procedure when the foot pedal is used for activation. |
| Oct 16, 2019 | Z-0600-2020 | — | terminated | Potential for the Quantum 2000 Electrosurgery Generator, part numbers 909075, 909075-05 and 909075-05W, to cease to either cut, coagulate, or blend during a procedure when the foot pedal is used for activation. |
| Sep 5, 2019 | Z-0029-2020 | — | terminated | The touchpad may not work properly after cleaning. |
| Aug 19, 2019 | Z-2545-2019 | — | terminated | Discrepancy between the correct expiration dates on the individual pouches inside the boxes and incorrect expiration dates on the outer boxes, where the month and day were reversed. |
| Jul 8, 2019 | Z-2364-2019 | — | terminated | The firm updated the IFU in April 2019 to clarify that use of the TRANSWARMER Mattress with other heat producing devices, such as an incubator, is prohibited and could lead to serious health consequences, such as skin burns. some products do not contain the updated IFU. |
| Jun 18, 2019 | Z-2057-2019 | — | terminated | The products' cut, coagulate, or blend function may not operate with the use of the Foot Pedal. |
| Jun 14, 2019 | Z-1977-2019 | — | terminated | The soft, flexible cup of the Advincula Delineator may be unvalidated and could potentiall crack when subjected to excessive compressions during use, leading to serious health consequences, such as lacerations. |
| Jun 14, 2019 | Z-1978-2019 | — | terminated | The soft, flexible cup of the Advincula Delineator may be unvalidated and could potentiall crack when subjected to excessive compressions during use, leading to serious health consequences, such as lacerations. |
| Apr 23, 2019 | Z-1840-2019 | — | terminated | 2.5A slow blow fuses may have been installed in the LEEP RPECISION Generator rather than the appropriate 3.15A slow blow fuses. |
| Mar 27, 2019 | Z-1367-2019 | — | terminated | ICSI CUSTOM MICROPIPETTES the thirty-degree bend is absent |
| Sep 4, 2018 | Z-3278-2018 | — | terminated | There is a possibility that the seal of the sterile pouch may be compromised, thereby increasing the risk of infection. |
| Sep 4, 2018 | Z-0098-2019 | — | terminated | The seal of the sterile pouch may be compromised, thereby increasing the risk of infection. |
| Mar 12, 2018 | Z-1584-2018 | — | terminated | Products have been packaged with the wrong Trocar length type. |
| Mar 12, 2018 | Z-1879-2018 | — | terminated | Products have been packaged with an incorrect product size. |
| Oct 6, 2017 | Z-1131-2018 | — | terminated | The 2MHZ prove was incorrectlhttp://cts.fda.gov/division-tracking/images/trash.pngy labeled as a 3MHZ probe |
| Apr 10, 2017 | Z-2054-2017 | — | terminated | The current secondary packaging, a box, incorrectly states that the product is latex free. The product is made with 100% latex. The label on the package that contains the product and the Instructions for Use (IFU) correctly states that the pessary is manufactured from latex rubber. |
| Aug 25, 2016 | Z-2851-2016 | — | terminated | Products contain international package insert and not the correct USA package insert |
| Aug 25, 2016 | Z-2850-2016 | — | terminated | Products contain international package insert and not the correct USA package insert |
| Feb 16, 2016 | Z-1054-2016 | — | terminated | The products have been identified to contain an incorrect size Diaphragm. |
| Sep 14, 2015 | Z-0253-2016 | — | terminated | The products have been identified to have incorrect size prints on the MILEX PESSARY KIT packaging. While the Pessary pouch is marked with correct size, an incorrect label on the packaging does not meet the required release specification. |
| Sep 1, 2015 | Z-0105-2016 | — | terminated | Kit Label incorrect :Labeled with Lidocaine HCI drug cartridges Lidocaine HCl (2%) but contains vials Lidocaine HCl (1%) |
| Jul 6, 2015 | Z-2147-2015 | — | terminated | Product marketed without a 510(k) |
| Jun 19, 2015 | Z-2098-2015 | — | terminated | Incorrect expiration date on outer carton kit label |
| May 20, 2015 | Z-1814-2015 | — | terminated | A diaphragm size 80 labeled box was incorrectly packaged with a size 85. |
| May 18, 2015 | Z-1727-2015 | — | terminated | Design of device may expose user to injury to fingers or body parts |
| Apr 13, 2015 | Z-1824-2015 | — | terminated | Small sized specula were incorrectly packaged in printed bags for the medium sized speculum |
| Mar 20, 2015 | Z-1630-2015 | — | terminated | The pad printing around the suture entry holes on the 15mm Suture Guide included in the kit may not have been appropriately manufactured resulting in the pad printing flaking off around the entry holes. |
| Mar 9, 2015 | Z-1450-2015 | — | terminated | Internal gas line may malfunction causing the line to burst under pressure. |
| Feb 9, 2015 | Z-1239-2015 | — | terminated | Incorrect size printed on the Milex Pessary Kit packaging label |
| Jan 26, 2015 | Z-1299-2015 | — | terminated | Products without expiration date have the remote potential for minor burn |
| Jan 26, 2015 | Z-1301-2015 | — | terminated | Products without expiration date have the remote potential for minor burn |
| Jan 26, 2015 | Z-1298-2015 | — | terminated | Products without expiration date have the remote potential for minor burn |
| Jan 26, 2015 | Z-1300-2015 | — | terminated | Products without expiration date have the remote potential for minor burn |
| Oct 27, 2014 | Z-0484-2015 | — | terminated | Outer box is mislabeled as P/N R2010- Large Radius Loop Electrode instead of P/N R1010- Medium Radius Loop Electrode |
| Oct 27, 2014 | Z-0488-2015 | — | terminated | The product has been identified to contain an incorrect curette type. |
| Sep 30, 2014 | Z-0207-2015 | — | terminated | Incorrect expiration date printed on the MILEX PESSARY KIT packaging |
| Sep 30, 2014 | Z-0208-2015 | — | terminated | Incorrect expiration date printed on the MILEX PESSARY KIT packaging |
| Jul 3, 2014 | Z-2570-2014 | — | terminated | Unsealed pouches. |
| May 13, 2014 | Z-1782-2014 | — | terminated | Sterility of the device may be compromised due to unsealed pouch |
| May 1, 2013 | Z-1397-2015 | — | terminated | Trans Warmer Infant and Transport Mattress not labeled with exp.date may not meet specification |
| Feb 26, 2013 | Z-1053-2013 | — | terminated | LEEP RediKit Products (for use in Loop Electrosurgical Excision Procedures) have Xylocaine (Lidocaine) HCL (2%) listed on the tray lid label but this is not included in the contents of the kit, which contained Polocaine (Mepivacaine) HCL (3%) instead (which was not listed on the tray label). |
| Feb 26, 2013 | Z-1009-2013 | — | terminated | Pessary mislabeled outer package may not reflect the size of the product contained in the package |
| Feb 26, 2013 | Z-1007-2013 | — | terminated | Pessary mislabeled outer package may not reflect the size of the product contained in the package |
| Feb 26, 2013 | Z-1005-2013 | — | terminated | Pessary mislabeled outer package may not reflect the size of the product contained in the package |
| Feb 26, 2013 | Z-1010-2013 | — | terminated | Pessary mislabeled outer package may not reflect the size of the product contained in the package |
| Feb 26, 2013 | Z-1018-2013 | — | terminated | Incorrect size was printed on the outer product packaging. |
| Feb 26, 2013 | Z-1012-2013 | — | terminated | Pessary mislabeled outer package may not reflect the size of the product contained in the package |
| Feb 26, 2013 | Z-1011-2013 | — | terminated | Pessary mislabeled outer package may not reflect the size of the product contained in the package |
| Feb 26, 2013 | Z-1008-2013 | — | terminated | Pessary mislabeled outer package may not reflect the size of the product contained in the package |
| Feb 26, 2013 | Z-1006-2013 | — | terminated | Pessary mislabeled outer package may not reflect the size of the product contained in the package |
| Feb 26, 2013 | Z-1004-2013 | — | terminated | Pessary mislabeled outer package may not reflect the size of the product contained in the package |
| Oct 31, 2012 | Z-0439-2013 | — | terminated | Excessive pressure exerted on the uterine tip when attached to the Arch may, under certain circumstances, cause the internal steel rod of the tip to protrude through the cleaning hole on the shaft of the handle |
| Oct 31, 2012 | Z-0440-2013 | — | terminated | Excessive pressure exerted on the uterine tip when attached to the Arch may, under certain circumstances, cause the internal steel rod of the tip to protrude through the cleaning hole on the shaft of the handle |
| Sep 23, 2011 | Z-0213-2012 | — | terminated | The DICOM Software, Norland Illuminatus DXA Software with the DICOM Option (Part Number 434A133) version 4.2.0 through 4.3.1, which is installed on the XR-600, XR-800, XR-46 and EXCELL DXA Bone Densitometers, could lead to improper patient information getting into a previous patient's record. |
| Sep 29, 2009 | Z-0091-2010 | — | terminated | CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve. |
| Sep 29, 2009 | Z-0094-2010 | — | terminated | CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve. |
| Sep 29, 2009 | Z-0093-2010 | — | terminated | CO2 Cryosystem thermal load may exceed the exhaust gas phase, resulting in ice formation in the exhaust valve. Should this occur, the Cryo tip may cool at a less than optimal rate, resulting in ice formation in the exhaust valve. |