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Is the Laser FDA-Approved?
Checking Equipment Abroad

Clinics abroad often say their lasers are “FDA approved.” Here is how to find out exactly which machine will treat your eye, how to check it against the FDA’s own lists, and why the answer is only one part of the picture.

🕑 7 min read 📅 Updated October 2026 📌 Standards and safety series

The short version

LASIK normally involves two lasers: a femtosecond laser (or a mechanical microkeratome) to make the flap, and an excimer laser to reshape the cornea. Ask the clinic for the manufacturer and exact model of each. The FDA publishes a list of excimer lasers approved for LASIK, last modified in September 2025 with 38 entries, and a separate list for PRK and other refractive procedures that includes the femtosecond laser used for lenticule extraction. Approval is specific to a device and its approved indications, so a brand name alone is not enough. And a well-regarded laser is only as good as the surgeon, the screening and the maintenance behind it.

Why patients ask, and why the question needs refining

For patients from the United States in particular, “Is it FDA-approved?” is a reasonable shorthand for “Is this equipment held to a standard I recognize?” Overseas clinics know this, and many advertise FDA approval prominently. Some use devices that are on FDA lists. Others use devices approved by other regulators, such as through European conformity marking, that have never been submitted to the FDA. Neither situation is automatically good or bad, but you should know which one you are in.

The question also needs to be more precise. LASIK is not one machine. It is typically a sequence of devices, and each one has its own regulatory history.

The machines involved in your procedure

DeviceRoleProcedures
Excimer laserRemoves corneal tissue to change its focusing powerLASIK, PRK and related surface treatments
Femtosecond laserCreates the corneal flap in bladeless LASIK, or cuts the lenticule in lenticule-extraction proceduresLASIK flap creation; SMILE-type procedures
MicrokeratomeMechanical blade alternative for flap creationOlder or blade-based LASIK
Diagnostic devicesTopography, tomography, wavefront aberrometry, pachymetryPlanning; some feed data directly into custom treatments

When you ask about equipment, ask about every line in that table that applies to your plan. A clinic that names only “the laser” has given you half an answer.

What the FDA's lists actually contain

Excimer lasers approved for LASIK

The FDA maintains a public list of excimer laser systems approved for LASIK. As of its September 2025 update, the list contained 38 entries, running from a 1998 approval to recent ones in 2023, 2024 and March 2025. Each entry is tied to a specific approval or supplement number, and the device name links to a summary of that submission (FDA, 2025).

Entries include several manufacturers and many model generations. The same family name can appear multiple times because supplements extend or modify approvals over the years.

Lasers for PRK and other refractive procedures

A separate FDA page lists lasers approved for PRK and other refractive surgeries. It includes two approvals for a femtosecond laser from a major manufacturer, in 2016 and 2018, alongside excimer systems for PRK (FDA, 2019). The list page itself does not describe indications; those sit in the linked summaries and labeling.

Indications live in the labeling

This is the part most clinic marketing skips. An FDA approval covers a device for particular uses, typically defined by type and range of refractive error and other conditions. The list pages do not show those ranges. You find them in the Summary of Safety and Effectiveness and the labeling linked from each entry. So “the laser is FDA-approved” can be true while the specific treatment proposed for your prescription falls outside what that approval studied.

Ask for the patient labeling. The FDA encourages patients to read the device manufacturer’s patient handbook and to ask the surgeon how their own results compare with the study results described there (FDA, 2018). A clinic using an FDA-listed platform should be able to point you to it.

How to check a clinic's claim in practice

  1. Get the exact manufacturer and model for the excimer laser and for the flap or lenticule device. “German laser” or “latest generation” is not an answer.
  2. Open the FDA list that matches the procedure: the LASIK list for LASIK, the PRK and other refractive surgeries list for surface treatments and femtosecond lenticule devices.
  3. Find the model name. Note that the list may show an earlier or later generation than the one the clinic owns; a family name match is not a model match.
  4. Follow the link to the approval summary and labeling and look at the approved indications.
  5. Compare with your plan. Ask your surgeon whether your prescription and planned treatment fall within those indications, and if not, why they still recommend it.

If the device is not on an FDA list

That does not, on its own, make it unsafe. Many manufacturers market devices internationally that are approved by regulators outside the United States, and some never pursue US approval for commercial reasons. Outside the US, the FDA is simply not the relevant authority.

What it does mean is that you cannot use FDA documents to understand the device’s evidence base. In that case, ask:

A surgeon who knows the platform well will answer those questions comfortably.

Not sure what a clinic's equipment list means?

Forward us the clinic's description of its lasers and the procedure it recommended. We will help you identify the platforms, find the matching regulatory listings and frame the right questions for the surgeon. Same-timezone WhatsApp from our Medellín office.

Equipment is necessary but not sufficient

A top-tier laser in the wrong hands, or used on the wrong patient, does not produce a good outcome. The FDA’s own patient material emphasizes that risks and benefits depend on the procedure, the device and the surgeon’s experience, and warns against choosing on cost alone (FDA, 2018). The same page notes that device malfunction or error during surgery, such as a flap cut all the way through instead of leaving a hinge, can stop a procedure or cause irreversible damage. Good maintenance and an experienced surgeon who knows how to respond are part of what you are paying for.

Screening is the other half. The FDA lists thin corneas, large pupils, dry eye, keratoconus and unstable prescriptions among the factors that make someone a poor or uncertain candidate (FDA, 2018). No laser compensates for treating an eye that should not have been treated. The diagnostic devices in the table above are what catch those problems, so ask about them as carefully as you ask about the treatment laser.

Technology claims to treat with care

Comparing clinics on equipment fairly

When you have quotes from several countries, put the equipment side by side: excimer model, flap device, diagnostic devices, and regulatory status for each. Then add the surgeon’s experience with that platform. Two clinics with the same laser can still differ widely in screening rigour and aftercare, which our guide to verifying surgeon credentials covers in detail.

Keep the comparison honest about what you do not know. A clinic that will not tell you its device models has made the comparison for you.

A worked example of asking the right way

Compare two ways of asking the same thing. “Are your lasers FDA-approved?” invites a one-word yes. “Which excimer laser and which flap device will be used on my eyes, which model and software version, and can you send me the patient information for that platform?” invites a specific, checkable answer. The second question also tells the clinic you will check, which tends to improve the quality of every answer that follows.

If the reply comes back with model names, you can do the FDA look-up in a few minutes. If it comes back with adjectives, ask again, once. A second vague reply is information in itself.

Why this matters after you get home

Your operative record should name the devices used and the treatment parameters. If you ever need an enhancement, a different surgeon will want to know what was done. Decades later, a cataract surgeon may need your pre-operative measurements; the American Academy of Ophthalmology recommends keeping a record of pre- and post-operative eye data for that reason (AAO, 2024). Ask the clinic to include the platform names in the paperwork you take home.

The bottom line

“FDA-approved” is a starting question, not a verdict. Find out exactly which devices will be used, check them on the FDA lists where relevant, look at what the approval actually covers, and then judge the surgeon who will use them. Equipment you can name and verify, in the hands of a surgeon who knows it well and screens carefully, is the combination to look for.

Frequently asked questions

How many lasers does the FDA list as approved for LASIK?

The FDA's list of excimer lasers approved for LASIK had 38 entries as of its September 2025 update, spanning several manufacturers and approvals from 1998 to 2025. Each entry links to a summary of that specific approval.

Does FDA approval cover every prescription a laser can treat?

No. Approval is tied to specific indications described in the device labeling and approval summary. Check that your planned treatment falls within them, and ask your surgeon to explain if it does not.

Is a laser that isn't FDA-approved unsafe?

Not necessarily. Many devices sold internationally are approved by other regulators and never submitted to the FDA. Ask which regulator approved it, for what indications, and how much experience the surgeon has with it.

Where do femtosecond lasers for SMILE-type procedures appear?

The FDA's list of lasers for PRK and other refractive surgeries includes femtosecond laser approvals from 2016 and 2018. Details of indications are in the linked labeling rather than on the list page.

What equipment information should be in my records?

The excimer and flap or lenticule device models, treatment parameters, and pre- and post-operative measurements. Future surgeons, including for cataract surgery, may need them.