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WRIGHT MEDICAL TECHNOLOGY, INC.

United States·US-MF-000025260

Last updated September 17, 2026

What WRIGHT MEDICAL TECHNOLOGY, INC. makes

The company manufactures orthopaedic bone screws, including non-bioabsorbable and non-sterile variants, as well as non-sliding types for surgical fixation. It also produces fixed-bearing total ankle prostheses, reusable surgical implant templates, and ankle prosthesis trials. Orthopaedic fixation plates, both non-bioabsorbable and non-sterile, are part of its portfolio, alongside specific device examples like the Incompass Total Ankle System and TCP.

These devices are regulated under FDA Class I and Class II classifications and are listed in the FDA’s Unique Device Identifier (UDI) database. The company is based 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 Wright Medical Technology, Inc. manufacture?

Wright Medical Technology, Inc. specializes in orthopaedic devices, including non-bioabsorbable bone screws (both sterile and non-sterile), non-sliding bone screws, and orthopaedic fixation plates. It also produces fixed-bearing total ankle prostheses like the Incompass Total Ankle System, reusable surgical implant templates, and ankle prosthesis trials. These devices are designed for surgical fixation and joint replacement applications.

Where is Wright Medical Technology, Inc. based?

The company is headquartered in the United States. Its location is relevant for regulatory oversight, as it operates under FDA jurisdiction for its devices.

Which regulatory registries or databases list Wright Medical Technology, Inc.’s devices?

Wright Medical Technology, Inc.’s devices are listed in the FDA’s Unique Device Identifier (UDI) database. This registry ensures traceability and compliance tracking for orthopaedic implants like bone screws, fixation plates, and ankle prostheses.

How are Wright Medical Technology, Inc.’s devices classified under FDA regulations?

The company’s devices fall under FDA Class I and Class II classifications. Class I typically includes low-risk devices like some orthopaedic screws, while Class II covers moderate-risk items such as fixed-bearing ankle prostheses or fixation plates, which require additional validation for safety and performance.

What distinguishes Wright Medical Technology, Inc.’s orthopaedic devices from others in the market?

Wright Medical Technology, Inc. focuses on both foundational hardware (e.g., bone screws and plates) and advanced joint replacements (e.g., the Incompass Total Ankle System). Its portfolio blends reusable surgical tools like implant templates with permanent implants, catering to precision fixation and joint restoration needs in orthopaedic surgery.

AI-generated from registry data and not verified by a human reviewer.

Information

Country
United States
Address
11500, Memphis-Arlington Road, Tennessee, United States
LinkedIn
—
Facebook
—
Phone
+41 (0)32 641 6666
PRRC Contact
Jeanine Redden
EUDAMED SRN
US-MF-000025260
FDA FEI Number
1043534
DUNS Number
807201207

Catalogue (8357)

Page 12 of 168
DeviceModel / ReferenceRegistriesClassStatus
Hunter ATDC2040
FDA UDI
Class IIActive
Dart-Fire D1N35028S
FDA UDI
Class IIActive
Cannulated Screw System 03-4002-10
FDA UDI
Class IIActive
Ortholoc 3di 58A12718
FDA UDI
Class IIActive
Darco DCS2832027
FDA UDI
Class IIActive
Darco DC2801122
FDA UDI
Class IIActive
Invision 60002801
FDA UDI
Class IIActive
Salvation™ SEF11160
FDA UDI
Class IIActive
ORTHOLOC 3Di 58S03534
FDA UDI
Class IIActive
Evolve 4943560L
FDA UDI
Class IIUnknown
SALVATION 3Di SP224060
FDA UDI
Class IIActive
Ortholoc 3di 52031316
FDA UDI
Class IActive
Valor 4150002350
FDA UDI
Class IActive
Swanson 4460103
FDA UDI
Class IActive
Infinity™ Everlast™ 33685506
FDA UDI
Class IIActive
DartFire Edge D0240012
FDA UDI
Class IIActive
DartFire Edge D0130028
FDA UDI
Class IIActive
Infinity 33603308
FDA UDI
Class IActive
SALVATION 3Di SP235532
FDA UDI
Class IIActive
Infinity 33624311
FDA UDI
Class IActive
Inbone IB282904
FDA UDI
Class IIActive
Tcp 08-924N
FDA UDI
Class IActive
Infinity 33600434
FDA UDI
Class IIActive
Ortholoc 3di 58S85030
FDA UDI
Class IIActive
Charlotte 40119005
FDA UDI
Class IIActive
Tcp 03-9006-24
FDA UDI
Class IIActive
Locon-T 24900018
FDA UDI
Class IIActive
Evolve 496H022
FDA UDI
Class IIActive
Coretrak EFSR5001
FDA UDI
Class IActive
Hv Screw System DHVN3020
FDA UDI
Class IIActive
Crosscheck CCP-LPX2L
FDA UDI
Class IIActive
Evolve 2498H420
FDA UDI
Class IActive
Pro-Toe 45719011
FDA UDI
Class IActive
Inbone 200336
FDA UDI
Class IActive
Hunter AT204000
FDA UDI
Class IIActive
ORTHOLOC 3DSi CLAW II 402S0425
FDA UDI
Class IIActive
Evolve 24900040
FDA UDI
Class IActive
Inbone 100063102
FDA UDI
Class IActive
Phalinx 45303055
FDA UDI
Class IActive
Sidekick RR3031
FDA UDI
Class IActive
Infinity 33653212
FDA UDI
Class IIActive
Salvation SEF07188
FDA UDI
Class IIActive
Metal Hemi 03-6000-17
FDA UDI
Class IIActive
Ortholoc 58S12730
FDA UDI
Class IIActive
Evolve 4933516L
FDA UDI
Class IIUnknown
Evolve 497H426
FDA UDI
Class IIUnknown
Inbone 220222212E
FDA UDI
Class IIActive
Locon-T 49000SML
FDA UDI
Class IIActive
Valor 4150001014
FDA UDI
Class IActive
Biofoam 47S52212
FDA UDI
Class IIActive

Related Companies

Authorised Representatives

Importers

Not available yet.

Notified Bodies

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Authorities

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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.

Wright Medical Technology, Inc. has 140 recall records initiated between August 18, 2003, and March 6, 2024, with statuses recorded as open, classified, or terminated. The reasons cited include potential particulate debris from packaging, missing components in assembled products, dimensional discrepancies in devices, incorrect labeling of dates or specifications, inadequate sterility documentation, and deviations in hardware design or assembly, such as improperly marked plates, missing drivers, or incomplete packaging.

AI-generated summary of the recall records listed below. It describes what the records state and is not an assessment of this manufacturer.

DateRecall No.ClassStatusReason
Mar 6, 2024Z-1477-2024—open, classified

Stryker has identified an issue that impacts specific lots of Infinity" Resection Guide Adjustment Blocks. The parts within these three lots were found to have been missing an internal screw in the finished instrument assembly. The missing screw is used to lockout the Medial/Lateral adjustment on the INFINITY Resection Adjustment Guide.

Jun 13, 2023Z-2105-2023—open, classified

The devices were manufactured with the pin sleeve holes too narrow, which does not allow the pin sleeves to pass through the pin sleeve holes, thereby preventing pin placement through the pin holes.

Apr 10, 2023Z-1467-2023—open, classified

Two lots of Ortholoc 3Di Fusion plates contain incorrect dorsiflexion descriptions laser marked on the parts.

Apr 10, 2023Z-1466-2023—open, classified

Two lots of Ortholoc 3Di Fusion plates contain incorrect dorsiflexion descriptions laser marked on the parts.

Feb 2, 2023Z-1170-2023—open, classified

Stryker has identified an issue that impacts two specific lots of CLAW" II plates. The plates within these two lots were found to have been comingled, resulting in the incorrect product in packages. Packaging for 402S0425 incorrectly contained 40241425, and vice versa.

Feb 2, 2023Z-1169-2023—open, classified

Stryker has identified an issue that impacts two specific lots of CLAW" II plates. The plates within these two lots were found to have been comingled, resulting in the incorrect product in packages. Packaging for 402S0425 incorrectly contained 40241425, and vice versa.

Sep 30, 2022Z-0140-2023—open, classified

The tibial tray lock detail is oversized (larger than specification).

Sep 30, 2022Z-0139-2023—open, classified

The tibial tray lock detail is oversized (larger than specification).

Aug 3, 2022Z-0005-2023—open, classified

The outer label does not match the device inside the package. The affected lot of EVOLVE Proline Stem 7.5mm +2 contains a size 9.5mm +4 stem, while the affected lot of EVOLVE Proline Stem 9.5mm +4 contains a size 7.5mm +2 stem.

Aug 3, 2022Z-0006-2023—open, classified

The outer label does not match the device inside the package. The affected lot of EVOLVE Proline Stem 7.5mm +2 contains a size 9.5mm +4 stem, while the affected lot of EVOLVE Proline Stem 9.5mm +4 contains a size 7.5mm +2 stem.

Jul 27, 2022Z-1567-2022—open, classified

An incorrect sizing label was applied to the carton packaging.

Jun 14, 2022Z-1366-2022—open, classified

The plate cutter is unable to meet sterilization requirements when it is sterilized in a double-wrapped configuration according to the Option 1 Steam Sterilization parameters detailed in instructions for use

Jun 2, 2022Z-1291-2022—open, classified

The instrument is incorrectly color coded.

Mar 10, 2022Z-0853-2022—terminated

The drill and adjustable drill guide can jam/bind intraoperatively resulting in the drill guide breaking.

Feb 15, 2022Z-0786-2022—terminated

An incorrect screw is packaged in the product, which contains a locking screw instead of a non-locking screw.

Feb 9, 2022Z-0679-2022—terminated

Product was labelled with the incorrect manufacturing and distribution dates.

Dec 3, 2021Z-0401-2022—open, classified

Incorrect product is contained in the packaging.

Dec 3, 2021Z-0393-2022—open, classified

The incorrect product is contained in the packaging.

Dec 3, 2021Z-0392-2022—open, classified

The incorrect product is contained in the packaging.

Nov 4, 2021Z-0315-2022—terminated

The package contents and package labeling do not match.

Nov 4, 2021Z-0316-2022—terminated

The package contents and package labeling do not match.

Aug 26, 2020Z-2989-2020—terminated

Lack of sterility assurance

Jul 28, 2020Z-2797-2020—terminated

Hardware removal kit does not include drivers to remove Dart-Fire 2.5 and 3.0mm Headless screws.

Jul 28, 2020Z-2796-2020—terminated

Hardware removal kit does not include drivers to remove Dart-Fire 2.5 and 3.0mm Headless screws.

Apr 9, 2020Z-1924-2020—terminated

One lot of INBONE Tibial Trays is missing the plasma coating.

Dec 27, 2019Z-1101-2020—terminated

Two lots of EVOLVE Modular Radial Head could have the wrong size product in the package. Both the label and laser marking are incorrect on the affected product.

Dec 27, 2019Z-1102-2020—terminated

Two lots of EVOLVE Modular Radial Head could have the wrong size product in the package. Both the label and laser marking are incorrect on the affected product.

Mar 14, 2018Z-1376-2018—terminated

Tow lot of VALOR(TM) Nail could potentially be missing the assembled compression screw.

Mar 14, 2018Z-1375-2018—terminated

Tow lot of VALOR(TM) Nail could potentially be missing the assembled compression screw.

Nov 8, 2016Z-0563-2020—terminated

The firm discovered a lack of adequate documentation confirming sterility on certain products.

Nov 8, 2016Z-0566-2020—terminated

The firm discovered a lack of adequate documentation confirming sterility on certain products.

Nov 8, 2016Z-0570-2020—terminated

The firm discovered a lack of adequate documentation confirming sterility on certain products.

Nov 8, 2016Z-0572-2020—terminated

The firm discovered a lack of adequate documentation confirming sterility on certain products.

Nov 8, 2016Z-0568-2020—terminated

The firm discovered a lack of adequate documentation confirming sterility on certain products.

Nov 8, 2016Z-0569-2020—terminated

The firm discovered a lack of adequate documentation confirming sterility on certain products.

Nov 8, 2016Z-0564-2020—terminated

The firm discovered a lack of adequate documentation confirming sterility on certain products.

Nov 8, 2016Z-0573-2020—terminated

The firm discovered a lack of adequate documentation confirming sterility on certain products.

Nov 8, 2016Z-0571-2020—terminated

The firm discovered a lack of adequate documentation confirming sterility on certain products.

Nov 8, 2016Z-0567-2020—terminated

The firm discovered a lack of adequate documentation confirming sterility on certain products.

Nov 8, 2016Z-0565-2020—terminated

The firm discovered a lack of adequate documentation confirming sterility on certain products.

Nov 8, 2016Z-0562-2020—terminated

The firm discovered a lack of adequate documentation confirming sterility on certain products.

Jul 21, 2015Z-2542-2015—terminated

These screws have a potential of passing through the plate in the case when torque is applied in excessive amounts, which may result in intraoperative malfunction.

Jul 21, 2015Z-2541-2015—terminated

These screws have a potential of passing through the plate in the case when torque is applied in excessive amounts, which may result in intraoperative malfunction.

Apr 16, 2015Z-1627-2015—terminated

The term DORSAL was laser etched on the incorrect side on some of the angled handles.

Apr 16, 2015Z-1625-2015—terminated

The term DORSAL was laser etched on the incorrect side on some of the angled handles.

Apr 16, 2015Z-1626-2015—terminated

The term DORSAL was laser etched on the incorrect side on some of the angled handles.

Apr 16, 2015Z-1624-2015—terminated

The term DORSAL was laser etched on the incorrect side on some of the angled handles.

Mar 6, 2015Z-1499-2015—terminated

The minor diameter, major diameter, thread pitch, and pitch on the Crosscheck are out of specification, which may result in intraoperative malfunction.

Mar 6, 2015Z-1495-2015—terminated

The minor diameter, major diameter, thread pitch, and pitch on the Crosscheck are out of specification, which may result in intraoperative malfunction

Mar 6, 2015Z-1483-2015—terminated

The minor diameter, major diameter, thread pitch, and pitch on the Crosscheck are out of specification, which may result in intraoperative malfunction.

Mar 6, 2015Z-1488-2015—terminated

The minor diameter, major diameter, thread pitch, and pitch on the Crosscheck are out of specification, which may result in intraoperative malfunction

Mar 6, 2015Z-1497-2015—terminated

The minor diameter, major diameter, thread pitch, and pitch on the Crosscheck are out of specification, which may result in intraoperative malfunction

Mar 6, 2015Z-1498-2015—terminated

The minor diameter, major diameter, thread pitch, and pitch on the Crosscheck are out of specification, which may result in intraoperative malfunction

Mar 6, 2015Z-1494-2015—terminated

The minor diameter, major diameter, thread pitch, and pitch on the Crosscheck are out of specification, which may result in intraoperative malfunction

Mar 6, 2015Z-1487-2015—terminated

The minor diameter, major diameter, thread pitch, and pitch on the Crosscheck are out of specification, which may result in intraoperative malfunction

Mar 6, 2015Z-1500-2015—terminated

The minor diameter, major diameter, thread pitch, and pitch on the Crosscheck are out of specification, which may result in intraoperative malfunction.

Mar 6, 2015Z-1485-2015—terminated

The minor diameter, major diameter, thread pitch, and pitch on the Crosscheck are out of specification, which may result in intraoperative malfunction

Mar 6, 2015Z-1491-2015—terminated

The minor diameter, major diameter, thread pitch, and pitch on the Crosscheck are out of specification, which may result in intraoperative malfunction

Mar 6, 2015Z-1486-2015—terminated

The minor diameter, major diameter, thread pitch, and pitch on the Crosscheck are out of specification, which may result in intraoperative malfunction

Mar 6, 2015Z-1496-2015—terminated

The minor diameter, major diameter, thread pitch, and pitch on the Crosscheck are out of specification, which may result in intraoperative malfunction

Mar 6, 2015Z-1482-2015—terminated

The minor diameter, major diameter, thread pitch, and pitch on the Crosscheck are out of specification, which may result in intraoperative malfunction.

Mar 6, 2015Z-1489-2015—terminated

The minor diameter, major diameter, thread pitch, and pitch on the Crosscheck are out of specification, which may result in intraoperative malfunction

Mar 6, 2015Z-1490-2015—terminated

The minor diameter, major diameter, thread pitch, and pitch on the Crosscheck are out of specification, which may result in intraoperative malfunction

Mar 6, 2015Z-1492-2015—terminated

The minor diameter, major diameter, thread pitch, and pitch on the Crosscheck are out of specification, which may result in intraoperative malfunction

Mar 6, 2015Z-1484-2015—terminated

The minor diameter, major diameter, thread pitch, and pitch on the Crosscheck are out of specification, which may result in intraoperative malfunction

Mar 6, 2015Z-1493-2015—terminated

The minor diameter, major diameter, thread pitch, and pitch on the Crosscheck are out of specification, which may result in intraoperative malfunction

Jul 30, 2014Z-2599-2014—terminated

Plates manufactured from an incorrect raw material.

Jul 30, 2014Z-2607-2014—terminated

Plates manufactured from an incorrect raw material.

Jul 30, 2014Z-2604-2014—terminated

Plates manufactured from an incorrect raw material.

Jul 30, 2014Z-2608-2014—terminated

Plates manufactured from an incorrect raw material.

Jul 30, 2014Z-2602-2014—terminated

Plates manufactured from an incorrect raw material.

Jul 30, 2014Z-2601-2014—terminated

Plates manufactured from an incorrect raw material.

Jul 30, 2014Z-2603-2014—terminated

Plates manufactured from an incorrect raw material.

Jul 30, 2014Z-2600-2014—terminated

Plates manufactured from an incorrect raw material.

Jul 30, 2014Z-2605-2014—terminated

Plates manufactured from an incorrect raw material.

Sep 5, 2012Z-0183-2013—terminated

There may be inaccuracies on the labeled shelf life on all products packaged at the Toulon, France facility.

Sep 5, 2012Z-0184-2013—terminated

There may be inaccuracies on the labeled shelf life on all products packaged at the Toulon, France facility.

Sep 5, 2012Z-0185-2013—terminated

There may be inaccuracies on the labeled shelf life on all products packaged at the Toulon, France facility.

Apr 5, 2012Z-1484-2012—terminated

The possibility exists that the handle of the targeting guide may rotate and/or break under normal usage.

Apr 5, 2012Z-1485-2012—terminated

The possibility exists that the handle of the targeting guide may rotate and/or break under normal usage.

Jan 3, 2012Z-1019-2012—terminated

The possibility exists that particulate debris from the packaging spacer could be unintentionally implanted into a patient and could potentially lead to complications that might necessitate a revision surgery.

Jan 3, 2012Z-1017-2012—terminated

The possibility exists that particulate debris from the packaging spacer could be unintentionally implanted into a patient and could potentially lead to complications that might necessitate a revision surgery.

Jan 3, 2012Z-1028-2012—terminated

The possibility exists that particulate debris from the packaging spacer could be unintentionally implanted into a patient and could potentially lead to complications that might necessitate a revision surgery.

Jan 3, 2012Z-1016-2012—terminated

The possibility exists that particulate debris from the packaging spacer could be unintentionally implanted into a patient and could potentially lead to complications that might necessitate a revision surgery.

Jan 3, 2012Z-1022-2012—terminated

The possibility exists that particulate debris from the packaging spacer could be unintentionally implanted into a patient and could potentially lead to complications that might necessitate a revision surgery.

Jan 3, 2012Z-1024-2012—terminated

The possibility exists that particulate debris from the packaging spacer could be unintentionally implanted into a patient and could potentially lead to complications that might necessitate a revision surgery.

Jan 3, 2012Z-1031-2012—terminated

The possibility exists that particulate debris from the packaging spacer could be unintentionally implanted into a patient and could potentially lead to complications that might necessitate a revision surgery.

Jan 3, 2012Z-1021-2012—terminated

The possibility exists that particulate debris from the packaging spacer could be unintentionally implanted into a patient and could potentially lead to complications that might necessitate a revision surgery.

Jan 3, 2012Z-1018-2012—terminated

The possibility exists that particulate debris from the packaging spacer could be unintentionally implanted into a patient and could potentially lead to complications that might necessitate a revision surgery.

Jan 3, 2012Z-1023-2012—terminated

The possibility exists that particulate debris from the packaging spacer could be unintentionally implanted into a patient and could potentially lead to complications that might necessitate a revision surgery.

Jan 3, 2012Z-1025-2012—terminated

The possibility exists that particulate debris from the packaging spacer could be unintentionally implanted into a patient and could potentially lead to complications that might necessitate a revision surgery.

Jan 3, 2012Z-1030-2012—terminated

The possibility exists that particulate debris from the packaging spacer could be unintentionally implanted into a patient and could potentially lead to complications that might necessitate a revision surgery.

Jan 3, 2012Z-1026-2012—terminated

The possibility exists that particulate debris from the packaging spacer could be unintentionally implanted into a patient and could potentially lead to complications that might necessitate a revision surgery.

Jan 3, 2012Z-1027-2012—terminated

The possibility exists that particulate debris from the packaging spacer could be unintentionally implanted into a patient and could potentially lead to complications that might necessitate a revision surgery.

Jan 3, 2012Z-1020-2012—terminated

The possibility exists that particulate debris from the packaging spacer could be unintentionally implanted into a patient and could potentially lead to complications that might necessitate a revision surgery.

Jan 3, 2012Z-1029-2012—terminated

The possibility exists that particulate debris from the packaging spacer could be unintentionally implanted into a patient and could potentially lead to complications that might necessitate a revision surgery.

Sep 20, 2011Z-0065-2012—terminated

The product is labeled with an expiration date without adequate justification.

Sep 20, 2011Z-0066-2012—terminated

The product is labeled with an expiration date without adequate justification.

Sep 20, 2011Z-0060-2012—terminated

The product is labeled with an expiration date without adequate justification.

Sep 20, 2011Z-0067-2012—terminated

The product is labeled with an expiration date without adequate justification.