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BURLINGTON MEDICAL, LLC

US

Last updated September 17, 2026

Information

Country
US
Address
3 ELMHURST ST., Newport News, VA, 23603
Website
—
LinkedIn
—
Facebook
—
Email
—
Phone
—
PRRC Contact
—
EUDAMED SRN
—
FDA FEI Number
1000120804
DUNS Number
—

Catalogue (14228)

Page 28 of 285
DeviceModel / ReferenceRegistriesClassStatus
Thyroid Shield SLTSBHR-MD
FDA UDI
Class IActive
Zvest UEZVEST-LM
FDA UDI
Class IActive
Thyroid Shield RETSVHR-LG
FDA UDI
Class IActive
Fvest RBFVEST8XLM
FDA UDI
Class IActive
F111 RBF1118XLM
FDA UDI
Class IActive
F01 R3F01-2XF
FDA UDI
Class IActive
F112 SBF1126XLF
FDA UDI
Class IActive
F17 ECSBF17D
FDA UDI
Class IActive
Vest RPRRVST-8XM
FDA UDI
Class IActive
F112 SEF112*F
FDA UDI
Class IActive
Thyroid Shield ULTSCMT-SM
FDA UDI
Class IActive
Thyroid Shield UETSOMT-LG
FDA UDI
Class IActive
Zvest REZVEST*F
FDA UDI
Class IActive
W114 U3W114-LF
FDA UDI
Class IActive
Zvest UBZVEST-6XF
FDA UDI
Class IActive
F17 RLF175XLF
FDA UDI
Class IActive
Zvest ULZVEST-XLF
FDA UDI
Class IActive
Thyroidshield RPRTSCB-MD
FDA UDI
Class IActive
Thyroid Shield SLTSOMT-LG
FDA UDI
Class IActive
Euro S3EURO-LM
FDA UDI
Class IActive
Thyroid Shield R3TSVMN-MD
FDA UDI
Class IActive
F112 RBF1123XLM
FDA UDI
Class IActive
Thyroid Shield RBTSSBN-SM
FDA UDI
Class IActive
Zvest SEZVEST-LF
FDA UDI
Class IActive
601 SL6013XLF
FDA UDI
Class IActive
Thyroid Shield RLTSOMN-MD
FDA UDI
Class IActive
Thyroid Shield Classic S5TSCB
FDA UDI
Class IActive
Zvest ULZVEST-8XF
FDA UDI
Class IActive
Euro UEEUROB
FDA UDI
Class IActive
Cap U8CAP-LG_XL
FDA UDI
Class IActive
Thyroid Shield R8TSVHN-SM
FDA UDI
Class IActive
F17 SSLF17-4XM
FDA UDI
Class IActive
Vest RLVESTXSF
FDA UDI
Class IActive
Euro ECRLEUROXLF
FDA UDI
Class IActive
Euro SCCEURO-LF
FDA UDI
Class IActive
Euro SBEUROA
FDA UDI
Class IActive
Thyroid Shield UBTSVBR-SM
FDA UDI
Class IActive
Thyroid Shield UETSCBB-SM
FDA UDI
Class IActive
Vest SSLRVST-XLM
FDA UDI
Class IActive
Vest RSSRVST-LM
FDA UDI
Class IActive
Zvest R8ZVEST-8XF
FDA UDI
Class IActive
S302 S3S302-3XM
FDA UDI
Class IActive
Thyroid Shield RBTSVMB-LG
FDA UDI
Class IActive
Euro ECREEUROB
FDA UDI
Class IActive
A10 SEA10XLF
FDA UDI
Class IActive
601 RE601-XXSF
FDA UDI
Class IActive
Skirt SPRSPRSK-LF
FDA UDI
Class IActive
Fvest SPRFLOV-8XF
FDA UDI
Class IActive
A10 SSLA10-4XF
FDA UDI
Class IActive
F133 STLF111-XSM
FDA UDI
Class IActive

Related Companies

Authorised Representatives

No authorised representatives on record.

Importers

Not available yet.

Notified Bodies

Not available yet.

Authorities

Not available yet.

FDA Recalls (37)

Recalls reported by this firm to the FDA. Listed at company level — FDA recall records don't identify a specific catalogue device.

DateRecall No.ClassStatusReason
Feb 11, 2026Z-1764-2026—open, classified

Potential for attenuation degradation over time, decreasing the lifespan.

Feb 11, 2026Z-1758-2026—open, classified

Potential for attenuation degradation over time, decreasing the lifespan.

Feb 11, 2026Z-1760-2026—open, classified

Potential for attenuation degradation over time, decreasing the lifespan.

Feb 11, 2026Z-1759-2026—open, classified

Potential for attenuation degradation over time, decreasing the lifespan.

Feb 11, 2026Z-1756-2026—open, classified

Potential for attenuation degradation over time, decreasing the lifespan.

Feb 11, 2026Z-1755-2026—open, classified

Potential for attenuation degradation over time, decreasing the lifespan.

Feb 11, 2026Z-1754-2026—open, classified

Potential for attenuation degradation over time, decreasing the lifespan.

Feb 11, 2026Z-1765-2026—open, classified

Potential for attenuation degradation over time, decreasing the lifespan.

Feb 11, 2026Z-1757-2026—open, classified

Potential for attenuation degradation over time, decreasing the lifespan.

Feb 11, 2026Z-1761-2026—open, classified

Potential for attenuation degradation over time, decreasing the lifespan.

Feb 11, 2026Z-1762-2026—open, classified

Potential for attenuation degradation over time, decreasing the lifespan.

Feb 11, 2026Z-1753-2026—open, classified

Potential for attenuation degradation over time, decreasing the lifespan.

Feb 11, 2026Z-1763-2026—open, classified

Potential for attenuation degradation over time, decreasing the lifespan.

Jun 7, 2019Z-2129-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2127-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2117-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2125-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2108-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2130-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2124-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2110-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2121-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2107-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2111-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2122-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2119-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2116-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2115-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2113-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2118-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2120-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2126-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2109-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2114-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2128-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2112-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.

Jun 7, 2019Z-2123-2019—terminated

The protective material used in the manufacture of the products could potentially provide inadequate protection for the product user. Use of the products could expose the user to scatter radiation of varying degrees depending on many different variables (e.g., distance, shielding, position, time, kV, etc.). Long-term exposure to scatter radiation may increase the risk of cancer, infertility, or other health-related conditions.