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Skytron, LLC

US

Last updated September 17, 2026

Information

Country
US
Address
5085 Corporate Exchange Blvd SE, Grand Rapids, MI, 49512
Website
—
LinkedIn
—
Facebook
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Email
—
Phone
—
PRRC Contact
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EUDAMED SRN
—
FDA FEI Number
1825014
DUNS Number
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Catalogue (1084)

Page 15 of 22
DeviceModel / ReferenceRegistriesClassStatus
Sterling P1800 P1800-S208S
FDA UDI
Class IIActive
Skytron warming cabinet W1-752427
FDA UDI
Class IIActive
Sterling P1800 8300173
FDA UDI
Class IIActive
Skytron 1-011-06-54
FDA UDI
Class IActive
Skytron Beach Chair 3-040-32
FDA UDI
Class IActive
Lucina 4 Examination Lights LCN4-PKG2
FDA UDI
Class IActive
Skytron 1-011-02-32
FDA UDI
Class IActive
Skytron 1-011-07-2
FDA UDI
Class IActive
Skytron 22" plastic drawers E3 H8-300-21-A
FDA UDI
Class IActive
Skytron 1-011-02-52
FDA UDI
Class IActive
Skytron Acidic Neutralizer SKY-200-5
FDA UDI
Class IIActive
Light Weight Standard Armboard 2-010-07-EU
FDA UDI
Class IActive
SkyVision Ascend Ascend
FDA UDI
Class IActive
Skytron drawer lock set L/R same H8-300-25-4
FDA UDI
Class IActive
Skytron 16.5" shelf KMSH
FDA UDI
Class IActive
Skytron Lubricant J5-010-08
FDA UDI
Class IIActive
Skytron 1-011-08-2F
FDA UDI
Class IActive
Skytron Medi-Sheen SKY-800-1
FDA UDI
Class IIActive
Skytron 6-020-10-9
FDA UDI
Class IActive
Skytron 1-011-02-2
FDA UDI
Class IActive
Skytron 5-010-16-B
FDA UDI
Class IActive
Skytron 1-011-08-3
FDA UDI
Class IActive
Skytron 5-010-27-B
FDA UDI
Class IActive
Skytron 2A/2B/2C tether H9-200-07
FDA UDI
Class IActive
Skytron 2-060-01-3WS
FDA UDI
Class IActive
Skytron 4A-CS-61 Freedom
FDA UDI
Class IActive
Sterling Washers P1500-FLX-KB
FDA UDI
Class IIActive
Precision HD Camera for Lumos B1-725-56
FDA UDI
Class IActive
Aurora Surgical Light Series Aurora Four
FDA UDI
Class IIActive
Skytron dual CO2 bottle holder H8-300-23
FDA UDI
Class IActive
Uro Tray Bracket 4-040-07-1
FDA UDI
Class IActive
Sterling P/M1000 Da Vinci Xi Stapler Holder 1000-XIST
FDA UDI
Class IIActive
Skytron 5-010-23-4B
FDA UDI
Class IActive
CleanStart CSTART-9805
FDA UDI
Class IIActive
Skytron 20" front rail E3 H8-300-34-A
FDA UDI
Class IActive
Skytron 3-060-09-4
FDA UDI
Class IActive
Skytron 1-011-16-2
FDA UDI
Class IActive
Skytron 4A-IVE-C Freedom
FDA UDI
Class IActive
Skytron 3-060-09-5
FDA UDI
Class IActive
X-Ray Top 4-030-10-2B
FDA UDI
Class IActive
Sterling P1800 1800-DVXI
FDA UDI
Class IIActive
Skytron 5-010-22-3B-C
FDA UDI
Class IActive
Skytron Sterling Lubricant SKY-300SCLF-5
FDA UDI
Class IIActive
I-Series Washers I5-5LR
FDA UDI
Class IIActive
Skytron 1-011-07-4
FDA UDI
Class IActive
Skytron General Tilt Seat 3-040-12
FDA UDI
Class IActive
Skytron 4A-CB-17 Freedom
FDA UDI
Class IActive
Angle block adapter 9-050-02
FDA UDI
Class IActive
Skytron 1-011-11-23
FDA UDI
Class IActive
SkyVision LINX 300
FDA UDI
Class IActive

Related Companies

Authorised Representatives

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Importers

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Notified Bodies

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Authorities

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FDA Recalls (2)

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
Aug 1, 2023Z-2469-2023—open, classified

When the control of the operating table was used in Bluetooth mode, the operating table continued moving even after releasing the button on the control. Originally, the root cause was thought to be confined to Bluetooth/wireless communications between the control pendant and the surgical table. However, during investigation, Mizuho discovered that the failure could be replicated even in wired mode if communication between the pendant and table were somehow interrupted. The root cause appears to be: if communication between the controller and table is interrupted while a button is pressed, the table does not know if/when a button is released. This occurs in wireless or wired mode.

Aug 1, 2023Z-2470-2023—open, classified

When the control of the operating table was used in Bluetooth mode, the operating table continued moving even after releasing the button on the control. Originally, the root cause was thought to be confined to Bluetooth/wireless communications between the control pendant and the surgical table. However, during investigation, Mizuho discovered that the failure could be replicated even in wired mode if communication between the pendant and table were somehow interrupted. The root cause appears to be: if communication between the controller and table is interrupted while a button is pressed, the table does not know if/when a button is released. This occurs in wireless or wired mode.