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Bausch & Lomb, Inc.

US

Last updated September 17, 2026

Part of Bausch & Lomb GmbH

What Bausch & Lomb, Inc. makes

Bausch & Lomb, Inc. manufactures single-use ophthalmic surgical instruments, including irrigation/aspiration cannulas, soft-tissue manipulation forceps, and vitrectomy handpieces. Their portfolio also includes reusable suturing needle holders and posterior-chamber intraocular lenses (IOLs) for cataract surgery, as well as electrosurgical handpieces and surgical procedure kits for open and minimally invasive procedures. Specific products include toric IOLs, lid specula, and specialized cannulas for phacoemulsification and membrane manipulation.

The company’s devices are regulated under FDA classifications ranging from Class I to Class III and unclassified (U), with authorisations granted through 510(k), PMA, and UDI registrations. Products are listed in the FDA’s regulatory databases, and the manufacturer operates from 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 Bausch & Lomb, Inc. primarily manufacture?

Bausch & Lomb, Inc. specializes in ophthalmic surgical devices, focusing on single-use instruments like irrigation/aspiration cannulas, soft-tissue manipulation forceps, and vitrectomy handpieces. Their portfolio also includes reusable suturing needle holders and posterior-chamber intraocular lenses (IOLs) for cataract surgery, as well as electrosurgical handpieces and surgical kits for both open and minimally invasive procedures. These devices are designed for procedures such as cataract removal, membrane manipulation, and fluid/gas management during vitreoretinal surgery.

Where is Bausch & Lomb, Inc. based, and how does that affect its regulatory oversight?

Bausch & Lomb, Inc. is based in the United States, which means its devices fall under FDA regulatory jurisdiction. The FDA classifies their products across multiple tiers—Class I (low-risk), Class II (moderate-risk with special controls), Class III (high-risk requiring PMA), and unclassified (U)—depending on their intended use and potential risks. This classification determines the regulatory pathway, such as 510(k) clearance for lower-risk devices or PMA submission for higher-risk ones like certain IOLs.

Which regulatory registries or databases list Bausch & Lomb’s devices?

Bausch & Lomb’s devices are listed in the FDA’s regulatory databases, including the 510(k) Premarket Notification Database for cleared devices, the Premarket Approval (PMA) Database for high-risk products like some intraocular lenses, and the Unique Device Identifier (UDI) Database for traceability. These registries ensure transparency in device authorisation status and compliance with U.S. regulations.

How are Bausch & Lomb’s devices classified by the FDA, and why does this matter?

The FDA classifies Bausch & Lomb’s devices into Class I, II, III, or unclassified (U) based on risk levels and procedural contexts. For example, reusable suturing needle holders may fall under Class II due to sterility and surgical precision requirements, while posterior-chamber IOLs could be Class III due to their direct implantation into the eye. This classification dictates the regulatory pathway—e.g., 510(k) for Class II or PMA for Class III—ensuring appropriate scrutiny proportional to the device’s risk profile and patient impact.

What distinguishes Bausch & Lomb’s single-use ophthalmic instruments from reusable ones in their portfolio?

Bausch & Lomb’s single-use instruments, such as irrigation cannulas or vitrectomy handpieces, are designed for one-time surgical use to minimize infection risks and reduce sterilization burdens. In contrast, their reusable devices—like the Barraquer Needle Holder—are engineered for durability, repeated sterilization, and precision in suturing tasks. The distinction reflects regulatory considerations (e.g., single-use often simplifies Class I/II pathways) and clinical needs, where sterility and contamination control are critical in ophthalmic surgery.

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

Information

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US
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Catalogue (314)

Page 6 of 7
DeviceModel / ReferenceRegistriesClassStatus
Bausch + Lumb, Vis100 Injector System K133146
FDA 510(k)
Class IActive
Soflens One Day Plus Disposable (hilafilcon B) Visibility Tinted Contact Lens K061157
FDA 510(k)
Class IIActive
Millennium Microsurgical System K022760
FDA 510(k)
Class IIActive
Soundchoice K-Amp K923735
FDA 510(k)
Class IActive
Crystalsert Delivery System K123736
FDA 510(k)
Class IActive
Boston X02 (hexafocon B) Rigid Gas Permeable Contact Lens K071266
FDA 510(k)
Class IIActive
Spectronic 2000 Spectrophotometer K850767
FDA 510(k)
Class IActive
Ezs05 Cleaning And Disinfecting Solution, Bausch + Lomb Ezs05 Cleaning And Disinfecting Solution K111877
FDA 510(k)
Class IIActive
I.v.e. Refraction System K812896
FDA 510(k)
Class IActive
Interplak Home Plaque Removal Instrument K935561
FDA 510(k)
Class IActive
Renu Multiplus Multi-Purpose Solution K974723
FDA 510(k)
Class IIActive
Maxsight (polymacon) Sport-Tinted Contact Lens K050157
FDA 510(k)
Class IIActive
Bausch & Lomb Csl-1000 Slit Lamp K862515
FDA 510(k)
Class IIActive
Bausch + Lomb PreVue Inserter for enVista Preloaded K192005
FDA 510(k)
Class IActive
Stellaris Elite vision enhancement system K170052
FDA 510(k)
Class IIActive
Bausch & Lomb Renu Effervescent Enzymatic Contact Lens Cleaner K983225
FDA 510(k)
Class IIActive
Phaco Chop Needles K041998
FDA 510(k)
Class IIActive
Sterils Single-Use I/A Handpieces K073023
FDA 510(k)
Class IIActive
Bausch & Lomb Sterile All Purpose Solu K820511
FDA 510(k)
UActive
Bausch & Lomb2 Sensitive Eyes Multi-Purpose Solution K973921
FDA 510(k)
Class IIActive
Stellaris Pc Vision Enhancement System K101325
FDA 510(k)
Class IIActive
Stellaris Pc Vision Enhancement System K133486
FDA 510(k)
Class IIActive
Yagmaster Nd:yag Op Laser P850091
FDA PMA
Class IIIActive
Lincoff-Design Scleral Buckling Balloon Catheter P820009
FDA PMA
Class IIIActive
Sensitive Eyes Chemical Disinfectant P840020
FDA PMA
Class IIActive
enVista Envy™ hydrophobic acrylic intraocular lens (IOL), enVista Envy™ toric hydrophobic acrylic intraocular lens (IOL) P240005
FDA PMA
Class IIIActive
B&L Sensitive Eyes(tm) Saline/Cleaning Solution P850036
FDA PMA
Class IIActive
Hypo-Care Sterile Saline Spray P860033
FDA PMA
Class IIActive
Hydroview Composite Hygrogel Foldable Ultraviolet-Absorbing Posterior Chamber Intraocular (iol) P990014
FDA PMA
Class IIIActive
B&L Therma-Zyme, Fizziclean P850093
FDA PMA
Class IIActive
Tennant(tm) & Kelman(tm) Type Ii P800016
FDA PMA
Class IIActive
Model 91-50 Iol P820044
FDA PMA
Class IIIActive
B&L 58(tm) (etafilcona) Contact Lens P850039
FDA PMA
Class IIActive
Bausch & Lomb Soflens Toric (alphafilcon A) Soft Contact Lenses P960022
FDA PMA
Class IIIActive
B&L(r) (amefocon A) Oxygen Permeable Lens P830050
FDA PMA
UActive
0ensitive Eyes(tm) Saline & Cleaning Solution P820031
FDA PMA
Class IIActive
Anterior Chamber Intraocular Lenses P870013
FDA PMA
Class IIIActive
B&L Sensitive Eyes(tm) Daily Cleaner P830013
FDA PMA
Class IIActive
Model C11ub Ultraviolet-Absorbing Silicone Posterior Chamber Intraocular Lens P910058
FDA PMA
Class IIIActive
Toric And Optima (hefilcon B) Contact Lenses N17676
FDA PMA
Class IIActive
Silsoft (elastofilcon A) Contact Lenses P850068
FDA PMA
UActive
One-Piece Posterior Chamber Intraocular Lenses P870073
FDA PMA
Class IIIActive
Crystalens Model At-45 Accommodating Intraocular Lens P030002
FDA PMA
Class IIIActive
Akreos Intraocular Lens P060022
FDA PMA
Class IIIActive
PureVision (balafilcon A) Visibility Tinted Contact Lens K122575
FDA PMA
Class IIIActive
Bausch + Lomb Ultra (samfilcon A) Visibility Tinted Soft (hydrophilic) Contact Lenses P170035
FDA PMA
Class IIIActive
Boston Equalens (itafluorofocon A) Rigid Gas Permeable Contact Lens, Equalens 2 (oprifocon A) Rigid Gas Permearable Lens K013762
FDA PMA
Class IIIActive
Ocucoat P860047
FDA PMA
Class IIIActive
Li61ao Lens P910061
FDA PMA
Class IIIActive
Polymethylmetha-Crylate (pmma) Intraocular Lenses (iols) P860002
FDA PMA
Class IIIActive

Related Companies

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FDA Recalls (78)

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

Bausch & Lomb, Inc. has 78 FDA recall records initiated between November 26, 2002, and August 8, 2018, all marked as terminated. The reasons cited include deviations in dye formulation, reports of microbial infections, incorrect refractive power in lenses, misprinted usage instructions, shelf-life specification failures, endotoxin contamination, recalibration needs for surgical modules, software malfunctions, and potential sterility or overheating issues in packaging or components.

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
Aug 8, 2018Z-3277-2018—terminated

The back cap separates from the body of the vitrectomy cutter.

Aug 8, 2018Z-3271-2018—terminated

The back cap separates from the body of the vitrectomy cutter.

Aug 8, 2018Z-3269-2018—terminated

The back cap separates from the body of the vitrectomy cutter.

Aug 8, 2018Z-3266-2018—terminated

The back cap separates from the body of the vitrectomy cutter.

Aug 8, 2018Z-3267-2018—terminated

The back cap separates from the body of the vitrectomy cutter.

Aug 8, 2018Z-3265-2018—terminated

The back cap separates from the body of the vitrectomy cutter.

Aug 8, 2018Z-3273-2018—terminated

The back cap separates from the body of the vitrectomy cutter.

Aug 8, 2018Z-3268-2018—terminated

The back cap separates from the body of the vitrectomy cutter.

Aug 8, 2018Z-3275-2018—terminated

The back cap separates from the body of the vitrectomy cutter.

Aug 8, 2018Z-3274-2018—terminated

The back cap separates from the body of the vitrectomy cutter.

Aug 8, 2018Z-3270-2018—terminated

The back cap separates from the body of the vitrectomy cutter.

Aug 8, 2018Z-3272-2018—terminated

The back cap separates from the body of the vitrectomy cutter.

Aug 8, 2018Z-3276-2018—terminated

The back cap separates from the body of the vitrectomy cutter.

Oct 12, 2016Z-0983-2017—terminated

According to firm ( Bausch & Lomb, Inc. ) on June 17, 2016 a packaging operator notified his supervisor he had not placed the operating instruction into the last repackaging of SKU 0816 C (Pterygium Burr Medium Diamond). Further investigation found that repackaged Algerbrush-II and its accessories from April 30, 2012 to present, contained out of date operating instruction. Therefore Bausch & Lomb is proposing a Field Correction to provide customer purchasing product from April 30, 2012 to June 20, 2016 with the current operating instruction.

Nov 4, 2014Z-0862-2015—terminated

A software anomaly was identified where the system may automatically transition from "Standby" to "Ready to Fire" state while in surgical use.

Nov 4, 2014Z-0864-2015—terminated

A software anomaly was identified where the system may automatically transition from "Standby" to "Ready to Fire" state while in surgical use.

Nov 4, 2014Z-0863-2015—terminated

A software anomaly was identified where the system may automatically transition from "Standby" to "Ready to Fire" state while in surgical use.

Aug 31, 2012Z-0593-2013—terminated

Posterior fluidics modules installed in the system may need to be recalibrated.

Jul 27, 2011Z-3090-2011—terminated

The aspiration channel on the affected vacuum cassettes may be blocked due to a molding malfunction

Jul 27, 2011Z-3088-2011—terminated

The aspiration channel on the affected vacuum cassettes may be blocked due to a molding malfunction

Jul 27, 2011Z-3089-2011—terminated

The aspiration channel on the affected vacuum cassettes may be blocked due to a molding malfunction

Jul 27, 2011Z-3087-2011—terminated

The aspiration channel on the affected vacuum cassettes may be blocked due to a molding malfunction

Jun 30, 2011Z-3042-2011—terminated

Muti-purpose solution bottles, lot GC1107 were packaged in a carton that was marked with an incorrect lot code and expiration date.

Dec 22, 2010Z-1026-2011—terminated

There is a potential for some packages to not meet sterility requirements.

Dec 22, 2010Z-1025-2011—terminated

There is a potential for some packages to not meet sterility requirements.

Apr 20, 2010Z-1705-2010—terminated

The amount of D&C #6 Dye added to the formulation exceeded specified amounts.

Jan 15, 2010Z-1664-2010—terminated

The AC power cords used on these products are subject to an FDA Alert -- Safety Investigation of Certain Medical Device Power Cords: Initial Communication, Date Issued: October 19, 2009.

Jan 15, 2010Z-1663-2010—terminated

The AC power cords used on these products are subject to an FDA Alert -- Safety Investigation of Certain Medical Device Power Cords: Initial Communication, Date Issued: October 19, 2009.

Jan 8, 2010Z-1713-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Jan 8, 2010Z-1712-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Jan 8, 2010Z-1715-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Jan 8, 2010Z-1729-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Jan 8, 2010Z-1710-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Jan 8, 2010Z-1724-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Jan 8, 2010Z-1722-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Jan 8, 2010Z-1708-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Jan 8, 2010Z-1709-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Jan 8, 2010Z-1721-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Jan 8, 2010Z-1723-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Jan 8, 2010Z-1714-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Jan 8, 2010Z-1717-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Jan 8, 2010Z-1718-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Jan 8, 2010Z-1725-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Jan 8, 2010Z-1726-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Jan 8, 2010Z-1716-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Jan 8, 2010Z-1728-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Jan 8, 2010Z-1730-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Jan 8, 2010Z-1719-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Jan 8, 2010Z-1727-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Jan 8, 2010Z-1720-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Jan 8, 2010Z-1711-2010—terminated

Users may incorrectly assemble the plastic needle wrench to the phacoemulsification needle resulting in the generation of plastic particulate

Nov 19, 2009Z-0591-2010—terminated

Bausch & Lomb Incorporated, Rochester, NY is recalling their Silicone L161SE Intraocular Lens Lot 4916928 (23.5D) after receiving three customer complaints for what appears to be opacification of the intraocular lens. The opacification occurred within one week of implantation. In each reported case the surgeon explanted the lens.

Oct 30, 2009Z-0553-2010—terminated

The product failed to meet Out of Specification shelf life at the 9 months time point. This could result in increased risk of an ocular infection, especially in the presence of other contributing or risk factors.

Aug 17, 2009Z-0159-2010—terminated

During routine testing the product failed to meet shelf life specifications.

Jun 30, 2009Z-1735-2009—terminated

The product failed to meet one of the shelf life specifications at the end of the expiry period.

Dec 8, 2008Z-1911-2009—terminated

Affected lenses were inadvertently shipped to Bausch & Lomb's European Logistics Center (ELC) prior to release authorization. Initial testing indicated the product did not meet release criteria for endotoxin limits.

Apr 23, 2008Z-0103-2009—terminated

The plastic tip on the drive shaft may come off the shaft and cause the blade to stop oscillating.

Apr 23, 2008Z-0104-2009—terminated

The plastic tip on the drive shaft may come off the shaft and cause the blade to stop oscillating.

Mar 26, 2008Z-2049-2008—terminated

The directions for use are printed with the incorrect symbols to indicate the product is packaged as sterile and nonreusable

Mar 26, 2008Z-2051-2008—terminated

The directions for use are printed with the incorrect symbols to indicate the product is packaged as sterile and nonreusable

Mar 26, 2008Z-2046-2008—terminated

The directions for use are printed with the incorrect symbols to indicate the product is packaged as sterile and nonreusable

Mar 26, 2008Z-2050-2008—terminated

The directions for use are printed with the incorrect symbols to indicate the product is packaged as sterile and nonreusable

Mar 26, 2008Z-2045-2008—terminated

The directions for use are printed with the incorrect symbols to indicate the product is packaged as sterile and nonreusable

Mar 26, 2008Z-2048-2008—terminated

The directions for use are printed with the incorrect symbols to indicate the product is packaged as sterile and nonreusable

Mar 26, 2008Z-2047-2008—terminated

The directions for use are printed with the incorrect symbols to indicate the product is packaged as sterile and nonreusable

Mar 26, 2008Z-2044-2008—terminated

The directions for use are printed with the incorrect symbols to indicate the product is packaged as sterile and nonreusable

Mar 26, 2008Z-2052-2008—terminated

The directions for use are printed with the incorrect symbols to indicate the product is packaged as sterile and nonreusable

Jun 8, 2007Z-1022-2007—terminated

Reports have been received of stromal incursions after use of the product.

Jun 8, 2007Z-1021-2007—terminated

Reports have been received of stromal incursions after use of the product.

Mar 5, 2007Z-0715-2007—terminated

A higher than expected amount of trace iron in some bottles of finished product that over time affects the product's stability and color.

Feb 9, 2007Z-0766-2007—terminated

The cutter probe tip breaks during use.

Feb 9, 2007Z-0765-2007—terminated

The cutter probe tip breaks during use.

Dec 14, 2006Z-0496-2007—terminated

The cutter tip could break during a procedure

Dec 14, 2006Z-0495-2007—terminated

The cutter tip could break during a procedure

Apr 13, 2006Z-1201-06—terminated

Reports of Fusarium Infections among contact lens wearers.

Feb 4, 2005Z-0544-05—terminated

Portion of lot contains lenses with incorrect refractive power.

Nov 10, 2003Z-0264-04—terminated

The CX9625 Light Pipe connector may overheat; this condition could result in the plastic connector that plugs into the Millennium Microsurgical System to malfunction.

Nov 26, 2002Z-0348-03—terminated

Lenses labeled as -2.25 diopter contain -0.75 diopter lenses.