Skip to content
Recall Observatory FDA recall evidence

Device product

Brand Name: Powered Laser Surgical Instrument Product Name: Soltive SuperPulsed Laser Fibers - Single Use Model/Catalog Numbers: TFL-FBX150BS, TFL-FBX200BS, TFL-FBX150S, TFL-FBX200S, TFL-FBX365S, TFL-FBX550S, TLF-FBX940S, TFL-FBX150BS-JA (Japan Only), TFL-FBX550S-JA (Japan Only), TFL-FBX940S-JA (Japan Only), TFL-FBX200BS-JA (Japan Only), TFL-FBX150S-JA (Japan Only), TFL-FBX200S-JA (Japan Only), TFL-FBX365S-JA (Japan Only); Product Description: SOLTIVE Laser Fibers are delivery devices that transmit laser energy from the laser console to the treatment site through the fiber tip. The laser connector secures the device to the laser.

Z-1922-2025

May 06, 2025

Class II

Product summary

Firm
Olympus Corporation of the Americas
Event
Event 96723
Status
Ongoing
Classification
Class II
Quantity
551,154 units (417859 US, 133710 OUS)
Official record key
device-enforcement:Z-1922-2025

Official wording

Reason: Potential for thermal incident including an unexpected occurrence of smoke, sparks, burning, or unsteady flames during clinical use. The fracturing of the fiber is the cause of, or contributes to, these thermal incidents.

Code information: Lot Code: All lot numbers for the following products: TFL-FBX150BS UDI: 00821925043923; TFL-FBX200BS UDI: 00821925043985; TFL-FBX150S UDI: 00821925043886; TFL-FBX200S UDI: 00821925043947; TFL-FBX365S UDI: 00821925044005; TFL-FBX550S UDI: 00821925044043; TFL-FBX940S UDI: 00821925044081; TFL-FBX150BS-JA (Japan Only); TFL-FBX550S-JA (Japan Only); TFL-FBX940S-JA (Japan Only); TFL-FBX200BS-JA (Japan Only); TFL-FBX150S-JA (Japan Only); TFL-FBX200S-JA (Japan Only); TFL-FBX365S-JA (Japan Only);

Distribution pattern: Worldwide distribution - US Nationwide and the countries of AU, CA, CL, DE, HK, JP, SG.

Derived failure modes

  • Unknown

    reason.no_named_rule · v1.0.0

    Potential for thermal incident including an unexpected occurrence of smoke, sparks, burning, or unsteady flames during clinical use. The fracturing of the fiber is the cause of, or contributes to, these thermal incidents.