For more than three decades, photorefractive keratectomy — better known as PRK — has given patients the gift of clear vision. It is the original laser vision correction procedure, predating LASIK by years, and it remains one of the most clinically proven and widely performed elective eye surgeries in the world. Yet PRK often lives in the shadow of its more famous successor.
At Lasik Awards, we believe that distinction is undeserved.
PRK demands a higher level of surgical precision, patient counseling, and long-term follow-up than almost any other refractive procedure. The extended recovery timeline requires surgeons who invest in their patients beyond the operating room. The margin for error is narrow. The reward — permanent, stable, high-quality vision — is extraordinary.
That is why we created the PRK Surgery Awards program: a rigorous, independent recognition system designed to identify and celebrate America’s best PRK surgeons. We evaluate every nominated surgeon against a defined set of clinical, ethical, and patient-experience criteria. The surgeons who earn recognition here are not paying for a badge. They are being held to a standard.
If you are researching PRK surgery and trying to identify a surgeon worthy of your trust, this page is your starting point. It covers everything you need to know — the procedure, the candidacy criteria, the risks, the costs, the technology, and the credentials that separate an exceptional PRK surgeon from an average one.
What Is PRK Surgery?
Photorefractive keratectomy is a surface-based laser vision correction procedure. Unlike LASIK, which creates a hinged corneal flap before reshaping the underlying tissue, PRK removes the outer epithelial layer of the cornea entirely, applies the laser directly to the exposed stromal surface, and then allows the epithelium to regenerate naturally over a period of several days.
This surface-ablation approach was the first approved laser vision correction method in the United States, receiving FDA clearance in 1995. The excimer laser used in PRK works at a submicroscopic level, vaporizing precise amounts of corneal tissue to correct nearsightedness, farsightedness, and astigmatism with extraordinary accuracy.
The fundamental advantage of PRK is what it does not do: it does not create a corneal flap. That single distinction drives most of PRK’s clinical advantages — particularly for patients with thin corneas, high-contact-sport athletes, military personnel, and anyone whose lifestyle puts them at risk for blunt ocular trauma.
To understand PRK in full clinical detail — including the step-by-step surgical process, how the excimer laser works, and what happens during epithelial regeneration — see our complete guide: What Is PRK Surgery?
PRK vs. LASIK: Understanding the Key Differences
The most common question prospective refractive surgery patients ask is whether they should choose PRK or LASIK. The answer is not universal. Both procedures correct the same refractive errors using the same laser technology. What differs is the surgical approach, the recovery timeline, the risk profile, and the candidacy criteria.
LASIK creates a thin corneal flap using either a microkeratome blade or a femtosecond laser. The flap is folded back, the laser reshapes the stroma beneath, and the flap is repositioned. Healing is rapid — most LASIK patients see clearly within 24 hours. The tradeoff is that the flap remains a structural feature of the cornea for life. In rare cases, flap complications can occur, and the residual corneal thickness requirements limit who qualifies.
PRK eliminates flap-related risks entirely. There is no flap displacement, no flap striae, and no interface complications. Because PRK removes the epithelium without cutting deeper into the corneal stroma, it preserves more structural integrity in the remaining tissue. For patients with thinner-than-average corneas, PRK is often the only safe laser correction option.
The meaningful downside is recovery. PRK patients typically experience moderate discomfort for three to five days while the epithelium regenerates, and vision can remain blurry or hazy for two to four weeks. Full stabilization often takes three to six months. For many patients, that extended timeline is a worthwhile trade for the superior safety profile.
Visual outcomes between the two procedures are statistically equivalent at the one-year mark. Long-term studies show no meaningful difference in visual acuity, quality of vision, or patient satisfaction between LASIK and PRK when candidates are properly selected.
For a detailed, side-by-side comparison of both procedures — including which conditions favor each approach — visit our dedicated comparison guide: PRK vs. LASIK: Understanding the Differences
Who Is a Good Candidate for PRK Surgery?
Candidate selection is the single most important factor in PRK surgical outcomes. A skilled surgeon who operates on the wrong patient will produce poor results. A skilled surgeon who identifies the ideal PRK candidate and performs the procedure with precision will produce excellent ones. This is why candidacy evaluation is a core component of our surgeon evaluation criteria.
General PRK candidacy requirements include:
Age and prescription stability. Candidates should be at least 18 years old, with some surgeons preferring 21 or older, and should have had a stable refractive prescription for at least one to two years prior to surgery. Prescriptions that are still changing suggest the eye is not yet done developing.
Corneal thickness. PRK candidates must have sufficient corneal tissue to allow safe ablation. Because PRK does not create a flap, it conserves more stromal tissue than LASIK, which is why thin-cornea patients who are disqualified from LASIK often qualify for PRK.
Corneal topography. Surgeons use corneal mapping technology to identify subtle irregularities in corneal shape. Conditions such as keratoconus — a progressive thinning and bulging of the cornea — may disqualify a patient from any laser vision correction or require special screening protocols.
Overall eye health. Active eye infections, uncontrolled dry eye disease, certain autoimmune conditions, and other ocular pathologies can affect candidacy or require management before surgery is appropriate.
Lifestyle and risk factors. PRK is frequently recommended for patients in physically demanding professions — military service members, combat officers, contact-sport athletes, and first responders — because it eliminates flap-related trauma risk entirely.
The candidacy evaluation process is not a formality. In the hands of the best PRK surgeons, it is a thorough, data-driven assessment that may take 90 minutes or longer and involve multiple diagnostic instruments. If a surgeon is rushing this process, that is a warning sign.
For complete candidacy criteria and a detailed breakdown of what to expect during a pre-surgical evaluation, see: Who Is a Good Candidate for PRK Surgery?
PRK Recovery: The Extended Healing Timeline
Informed consent is a pillar of ethical medical practice, and nowhere is it more important in refractive surgery than in the PRK recovery discussion. Patients who are not prepared for the PRK healing timeline are far more likely to experience anxiety, misinterpret normal healing responses as complications, and lose confidence in their surgical outcome before full recovery is complete.
The best PRK surgeons invest heavily in pre-operative patient education. They do not minimize the recovery timeline to close a sale.
Here is what a realistic PRK recovery looks like:
Days 1 through 3. Immediately after surgery, a bandage contact lens is placed on the eye to protect the healing epithelium and reduce discomfort. Patients typically experience light sensitivity, tearing, a foreign body sensation, and moderate to significant discomfort during this period. Vision is blurry. Most patients require time off from work, particularly from screen-based work. Prescribed topical medications — antibiotic drops, anti-inflammatory steroid drops, and lubricating artificial tears — are critical during this phase.
Days 4 through 7. The bandage contact lens is typically removed once the epithelium has regenerated, usually between days four and six. Discomfort diminishes significantly after lens removal. Vision remains variable and may fluctuate throughout the day.
Weeks 2 through 4. Vision improves progressively but inconsistently. Some patients experience temporary corneal haze, which is a normal part of the healing response and is managed with topical steroids. Many patients can return to desk work and light activity, though vision may not yet meet driving standards for some individuals.
Months 2 through 6. Vision continues to sharpen as residual inflammation resolves and corneal remodeling completes. Most patients achieve their final visual outcome within three to six months. Follow-up appointments during this period are important for monitoring the healing trajectory and adjusting medication protocols if needed.
Understanding these benchmarks — and having a surgeon who sets accurate expectations and monitors your healing closely — is the difference between a stressful recovery and a straightforward one.
For the complete recovery timeline, week-by-week guidance, and advice on managing the healing process, visit: PRK Recovery: What to Expect Week by Week
Safety and Long-Term Outcomes
PRK has one of the longest and most comprehensive safety records of any elective surgical procedure. Decades of peer-reviewed research, military studies, and FDA post-market surveillance data confirm that PRK is both effective and safe when performed on appropriately selected candidates by qualified surgeons.
Clinical efficacy. Large-scale studies consistently report that more than 90% of PRK patients achieve 20/20 vision or better, and more than 98% achieve 20/40 or better — the legal standard for driving without corrective lenses. Patient satisfaction rates in the published literature are high, often exceeding 95% in well-designed studies.
Long-term stability. PRK outcomes are durable. Multiple long-term follow-up studies — some spanning 10 to 15 years — demonstrate that the vast majority of patients maintain their corrected vision with minimal regression. For patients with stable prescriptions at the time of surgery, the correction tends to hold well over decades.
Comparative safety vs. LASIK. A landmark 2009 study commissioned by the U.S. Department of Defense found that PRK produced equivalent visual outcomes to LASIK with a lower rate of certain complications, particularly those related to the corneal flap. The military’s preference for PRK in high-combat-risk personnel reflects this evidence base.
Rare complications. As with any surgical procedure, PRK carries a risk of complications. These include undercorrection or overcorrection, corneal haze, infection, and in rare cases, regression or induced higher-order aberrations. The incidence of serious, vision-threatening complications in modern PRK with appropriate candidate selection is extremely low.
The surgeons recognized by the PRK Surgery Awards are those who have demonstrated consistently strong outcomes over time, with low rates of complications and high rates of patient satisfaction.
For a full review of PRK safety data, long-term outcome studies, and what the research says about rare risks, see: PRK Safety and Long-Term Visual Outcomes
How We Evaluate PRK Surgeons
The PRK Surgery Awards are not honorary titles and they are not purchased. Every surgeon recognized through this program has been evaluated against a defined, multi-factor framework designed to reflect what actually matters in surgical care: outcomes, ethics, expertise, and the patient experience.
Our evaluation framework includes the following criteria:
Clinical volume and specialization. We examine how many PRK procedures a surgeon performs annually and over the course of their career. High-volume PRK surgeons develop a depth of pattern recognition and technical proficiency that lower-volume surgeons cannot replicate. Specialization matters: surgeons who focus significantly on PRK tend to produce better outcomes than generalists who perform it occasionally.
Surgical technology. The equipment a surgeon uses directly affects outcomes. We evaluate whether surgeons have access to and proficiency with current-generation excimer laser platforms, wavefront-guided and topography-guided ablation technology, and advanced diagnostic instrumentation for pre-operative workup.
Candidate selection rigor. One of the strongest predictors of a bad PRK outcome is improper candidate selection. Surgeons who turn away inappropriate candidates — even when those patients are disappointed — demonstrate clinical integrity. Surgeons who operate on everyone who walks through the door do not.
Complication management. We review how surgeons respond when complications arise. An exceptional PRK surgeon has clear protocols for managing corneal haze, delayed epithelial healing, and other post-operative issues, and they follow their patients through to resolution.
Patient education practices. Informed patients make better surgical decisions and have better recoveries. We evaluate the depth of pre-operative counseling, including how surgeons handle recovery expectation-setting for the extended PRK healing timeline.
Board certification and credentials. All recognized surgeons must be board-certified ophthalmologists by the American Board of Ophthalmology. Fellowship training in cornea and refractive surgery is weighted heavily.
Patient outcomes data and satisfaction. Where available, we incorporate verified patient outcome data, including rates of achieving target visual acuity and patient-reported satisfaction scores.
For a complete explanation of our evaluation methodology and the full criteria used to assess PRK surgeons, see: How We Evaluate PRK Surgeons for Recognition
PRK Cost Guide: What to Expect and What to Watch For
Cost is a practical consideration for most PRK patients, and it deserves honest discussion. PRK is an elective procedure — meaning standard health insurance plans typically do not cover it — so the out-of-pocket cost is a real factor in the decision-making process.
PRK pricing in the United States generally falls between $2,000 and $4,500 per eye, with the national average for a comprehensive, all-inclusive fee hovering around $2,500 to $3,000 per eye. Pricing varies based on geographic market, the surgeon’s experience and reputation, the technology platform used, and whether the quoted fee includes all follow-up care or bills those visits separately.
Understanding what is included in the price. A fully inclusive PRK fee should cover the pre-operative evaluation, the surgical procedure itself, all prescribed medications for the immediate recovery period, all scheduled follow-up appointments, and enhancement procedures if a touch-up is needed to reach the target correction. Fees that exclude any of these elements require careful scrutiny.
Financing options. Most PRK providers offer patient financing through third-party lenders such as CareCredit or Alphaeon Credit. These programs allow patients to spread the cost of surgery over time. Many practices also accept Health Savings Account (HSA) and Flexible Spending Account (FSA) funds, which can provide meaningful tax advantages on the total cost.
Avoiding price-driven decisions. The lowest-priced PRK option is not necessarily the best value. Per-eye fees significantly below the market average are often achieved by limiting pre-operative testing, using older equipment, employing less experienced surgeons, or excluding follow-up care from the quoted price. We consistently advise patients to evaluate value — clinical quality, surgeon experience, and comprehensive care — rather than price alone.
For a complete breakdown of PRK pricing by region, financing options, HSA/FSA strategy, and questions to ask before signing a fee agreement, visit: PRK Surgery Cost: What You Should Expect to Pay
PRK for Military Personnel and First Responders
Among all the patient populations who benefit from PRK surgery, military service members and first responders represent one of the most compelling cases for the procedure. This is not a marketing claim. It is a policy position adopted by the United States Department of Defense, the Army, the Navy, the Marine Corps, and the Air Force.
The DoD’s preference for PRK over LASIK in active-duty personnel comes down to one fundamental issue: the corneal flap. In combat environments or physically demanding emergency response situations, blunt trauma to the eye — whether from an explosion, a physical altercation, or a fall — can dislodge a LASIK flap years after surgery. PRK, which heals without creating a flap, eliminates this risk category entirely.
Military branches have different and evolving policies regarding refractive surgery and deployment eligibility. The general framework, as of recent policy reviews, allows PRK for service members who meet candidacy criteria, with specific waiting periods required between surgery and certain deployment assignments to allow for full visual recovery.
For law enforcement, firefighters, EMTs, and other first responders, the rationale is similar: occupations that involve physical confrontation, high-impact environments, or the need for rapid visual adaptation under stress benefit from the structural stability PRK provides.
Many military treatment facilities — including those at major installations — perform PRK directly through military healthcare channels. Service members interested in the procedure should work through their military optometrist or ophthalmologist, who can assess candidacy and navigate the applicable branch-specific policies.
For a detailed guide to PRK for military and first responder populations — including branch-specific policies, waiver processes, and what to expect from surgery at a military facility — see: PRK Surgery for Military and First Responders
PRK Technology and Surgical Advancements
PRK has not stood still since its 1995 FDA clearance. The procedure has undergone significant technological evolution, and the best PRK surgeons today practice a materially more sophisticated version of the surgery than what was available even fifteen years ago.
Wavefront-guided PRK. Traditional PRK corrects lower-order refractive errors — nearsightedness, farsightedness, and astigmatism — based on a standard prescription. Wavefront-guided PRK incorporates a detailed three-dimensional map of the eye’s unique optical imperfections, including higher-order aberrations that standard correction cannot address. Multiple clinical studies have demonstrated that wavefront-guided treatment produces superior quality-of-vision outcomes compared to conventional ablation, including reduced rates of halos, glare, and night-vision disturbance.
Topography-guided PRK. For patients with corneal irregularities — whether naturally occurring or resulting from prior surgery — topography-guided PRK uses detailed corneal surface maps to customize the ablation pattern to the individual eye’s shape. This approach has shown strong results in patients with irregular astigmatism and has become the treatment of choice for many complex corneas.
LASEK and epi-LASIK. These surface-ablation variants preserve the epithelial layer rather than removing it, potentially offering faster epithelial recovery. While outcomes are generally comparable to standard PRK, these techniques are employed by some surgeons in specific clinical situations.
Alcohol-free epithelial removal. Traditional PRK uses dilute alcohol to loosen and remove the epithelium before laser application. Some surgeons have adopted mechanical or transepithelial approaches that avoid alcohol entirely, which may reduce epithelial toxicity and support faster healing.
Advanced excimer laser platforms. Current-generation excimer lasers offer higher pulse repetition rates, sophisticated eye-tracking systems, and more refined ablation profiles. These improvements translate directly into more precise, consistent surgical outcomes.
When evaluating a PRK surgeon, ask specifically which laser platform they use and whether they offer wavefront-guided or topography-guided treatments. These are not optional upgrades — in the hands of a skilled surgeon, they are the standard of care.
For an in-depth review of current PRK technology and what differentiates the latest platforms from older equipment, see: PRK Technology and Surgical Advancements: What’s New
PRK Surgeon Credentials: What to Verify Before Your Surgery
Credentials are the foundation of trust in any surgical relationship. For PRK specifically, where the margin for technical error is narrow and the stakes — your permanent vision — are extraordinarily high, understanding what qualifications actually matter is essential.
Board certification. Every PRK surgeon you consider should be board-certified by the American Board of Ophthalmology (ABO). Board certification requires completing a four-year ophthalmology residency, passing written and oral examinations, and demonstrating clinical competency. It is the baseline credential. Any surgeon performing PRK who is not ABO board-certified should be disqualified from consideration immediately.
Fellowship training. Beyond general ophthalmology training, fellowship training in cornea, external disease, and refractive surgery adds one to two years of subspecialty education focused specifically on the tissue PRK reshapes. Fellowship-trained corneal and refractive surgeons have managed a broader range of complex cases and complications than those without subspecialty training.
Refractive surgery volume. Surgical proficiency is a function of repetition. A surgeon who has performed several thousand PRK procedures has developed a depth of experience that a surgeon with a few hundred cases cannot match. Ask directly: how many PRK surgeries have you performed, and what percentage of your practice is PRK?
Hospital privileges and professional affiliations. Membership in professional organizations such as the American Academy of Ophthalmology (AAO) and the American Society of Cataract and Refractive Surgery (ASCRS) reflects engagement with the broader professional community and a commitment to ongoing education.
State medical board standing. Before proceeding with any elective surgery, verify that your surgeon has no disciplinary actions or license restrictions on record with your state medical board. This is a free, publicly available search in most states.
Published research and academic contributions. While not a requirement for clinical excellence, surgeons who contribute to the peer-reviewed literature — publishing outcome data, participating in clinical trials, or presenting at major ophthalmic conferences — demonstrate a level of intellectual engagement with their field that often correlates with high practice standards.
For a complete guide to verifying PRK surgeon credentials and a list of specific questions to ask at your consultation, see: How to Verify Your PRK Surgeon’s Credentials
PRK When LASIK Is Not an Option
A significant portion of patients who seek laser vision correction are told during their evaluation that they are not candidates for LASIK. For many, PRK is not a consolation prize — it is the appropriate, superior choice for their specific anatomy.
The most common reasons LASIK candidates are redirected to PRK include:
Thin corneas. LASIK requires sufficient corneal thickness to create a safe flap and still leave an adequate residual stromal bed after ablation. Patients whose corneas fall below the minimum threshold for LASIK often have enough tissue for PRK, which does not require flap creation and therefore conserves more stromal depth.
Abnormal corneal topography. Subtle topographic irregularities that do not reach the diagnostic threshold for keratoconus but nonetheless raise concern about flap creation or stability may disqualify a patient from LASIK while leaving PRK as a viable option.
Dry eye disease. LASIK disrupts more corneal nerves than PRK due to the depth of flap creation, which can worsen pre-existing dry eye disease. Patients with mild to moderate dry eye who are otherwise good laser vision correction candidates may be better served by PRK’s lower impact on corneal innervation.
Large pupil size. While modern laser platforms have largely addressed concerns about large pupils and night-vision symptoms, some surgeons prefer PRK in patients with very large scotopic pupils to minimize the risk of halos and glare.
Previous corneal surgery. Patients who have had prior corneal procedures — including previous LASIK, RK (radial keratotomy), or corneal transplants — may be candidates for surface-based ablation under carefully selected circumstances, even when repeat LASIK is not feasible.
If you have been told you do not qualify for LASIK, PRK deserves serious evaluation with a surgeon experienced in surface ablation. The decision requires a thorough diagnostic workup, not a quick consultation.
For a detailed review of clinical scenarios where PRK is the preferred choice over LASIK, see: PRK Surgery: The Right Choice When LASIK Isn’t an Option
PRK for Contact Lens Wearers
The vast majority of patients who pursue PRK are doing so to eliminate their dependence on corrective lenses — primarily contact lenses. If you are a long-term contact lens wearer considering PRK, there are several important factors that directly affect your candidacy evaluation and surgical planning.
Pre-operative contact lens discontinuation. Contact lenses — particularly rigid gas-permeable (RGP) and orthokeratology lenses — can temporarily alter the shape of the cornea. Soft contact lens wearers are typically asked to discontinue lens wear for one to two weeks before their pre-operative evaluation. RGP wearers may need to stop wearing lenses for four weeks or longer. If your corneal topography is obtained while your cornea is still adapting to its natural shape, the diagnostic data used to plan your surgery will be inaccurate. This is a serious issue that the best PRK surgeons address rigorously.
Dry eye in contact lens wearers. Chronic contact lens wear is a known contributor to dry eye disease. Before proceeding with PRK, surgeons should evaluate the ocular surface for signs of dryness and lens-related inflammation. Active dry eye disease may need to be treated and stabilized before surgery.
Prescription stability. Long-term contact lens wearers sometimes have prescriptions that have shifted subtly over the years. Ensuring that your refractive prescription has been stable — ideally for one to two years — is a prerequisite for any laser vision correction procedure.
Post-operative transition. After PRK, patients cannot wear contact lenses during the recovery period, as the healing epithelium is fragile and vulnerable. Patients need to plan for this transition period, including updating their glasses prescription for use during recovery if needed.
For comprehensive guidance on what contact lens wearers need to know before, during, and after PRK surgery, see: PRK Surgery for Contact Lens Wearers: What You Need to Know
Understanding PRK Risks and How Top Surgeons Mitigate Them
Every surgical procedure carries risk. The responsible approach to evaluating PRK is to understand those risks clearly, understand their actual incidence rates in the published literature, and understand what the best surgeons do to reduce them — not to minimize or dismiss them.
Undercorrection and overcorrection. The most common adverse outcome in PRK is a residual refractive error — achieving better vision than before surgery but not reaching the target correction. Mild undercorrection can often be addressed with enhancement surgery once healing is complete. Overcorrection is less common and typically resolves as the cornea heals and stabilizes.
Corneal haze. As part of the PRK healing process, the cornea can produce excess collagen in the ablated zone, resulting in a degree of subepithelial haze. Mild haze is common and typically does not affect visual quality. Significant haze that impairs vision is less common and is usually managed with topical mitomycin-C (MMC) — an anti-scarring agent applied during surgery — which has substantially reduced the incidence of clinically meaningful haze in modern PRK.
Regression. Some patients experience a gradual drift back toward their original prescription over time, particularly those with higher starting prescriptions. Regression is more common in high myopes and can often be addressed with enhancement surgery.
Dry eye. PRK can cause or worsen dry eye symptoms during recovery. In most patients, this resolves as corneal nerves regenerate. Patients with pre-existing dry eye disease require careful screening and management before and after surgery.
Infection. Bacterial or viral infection of the healing corneal surface is a rare but serious complication. Prophylactic antibiotic drops are prescribed post-operatively to minimize this risk.
Higher-order aberrations. Modern wavefront-guided and topography-guided PRK treatments have substantially reduced the rate of induced higher-order aberrations compared to earlier conventional ablation methods.
Night vision disturbances. Halos, glare, and starbursts around lights — particularly at night — are reported by some PRK patients, especially in the early recovery period. In most cases, these symptoms diminish as healing progresses. Persistent night vision disturbances are less common with current-generation laser platforms and treatment algorithms.
The surgeons recognized through the PRK Surgery Awards maintain low rates of serious complications through rigorous candidate selection, advanced surgical technique, and close post-operative monitoring.
For a thorough review of PRK risks, their actual incidence in the literature, and what distinguishes surgeons with excellent complication management, see: PRK Surgery Risks: What They Are and How Top Surgeons Manage Them
Frequently Asked Questions About PRK Surgery
Patients considering PRK arrive with many of the same questions. We have developed a dedicated answer page for each of the most common — linked below.
Is PRK painful? PRK causes more immediate post-operative discomfort than LASIK, primarily during the days when the corneal epithelium is regenerating. The discomfort is manageable with prescribed medications and typically resolves significantly once the bandage contact lens is removed. See: Is PRK Surgery Painful?
How long does PRK take? The laser treatment itself takes less than a minute per eye in most cases. Including preparation and the bandage contact lens placement, total time in the surgical suite is typically 15 to 30 minutes for both eyes. See: How Long Does PRK Surgery Take?
Can PRK correct severe nearsightedness? PRK can address myopia up to approximately -8.00 to -10.00 diopters in appropriately selected patients with adequate corneal thickness, though outcomes for very high prescriptions require careful discussion. See: Can PRK Correct Severe Nearsightedness?
Will I need reading glasses after PRK? PRK does not prevent presbyopia — the age-related loss of near-focus ability that typically begins in the mid-40s. Patients who are already presbyopic or approaching it should discuss monovision strategies with their surgeon. See: Will I Still Need Reading Glasses After PRK?
How soon can I return to work after PRK? Return-to-work timelines depend heavily on the nature of the work. Many office workers can return within one week; physically demanding jobs may require a longer recovery period. See: How Soon Can I Return to Work After PRK?
Is PRK covered by insurance? PRK is classified as an elective procedure and is excluded from coverage under most standard health insurance plans. Some FSA and HSA accounts can be used, and many practices offer financing. See: Does Insurance Cover PRK Surgery?
What is the difference between PRK and LASEK? LASEK is a surface-ablation variant that preserves and replaces the epithelial sheet rather than discarding it. Outcomes are generally similar to PRK, though recovery may differ. See: What Is the Difference Between PRK and LASEK?
Can PRK be performed on only one eye? While bilateral simultaneous PRK is most common, some surgeons perform sequential monocular PRK in specific clinical circumstances. The decision depends on individual candidacy and patient preference. See: Can PRK Be Done on Just One Eye?
What happens if PRK does not fully correct my vision? Enhancement procedures — additional laser treatments on the surface — can address residual refractive errors after PRK, typically after full healing is confirmed at the six-month mark. See: What If My PRK Results Are Not Perfect?
How do I find a qualified PRK surgeon near me? Identifying a qualified surgeon requires verifying credentials, evaluating technology, and asking the right questions at your consultation. See: How Do I Find a Qualified PRK Surgeon Near Me?
Exploring Other Vision Correction Options
PRK is one of several surgical approaches to correcting refractive errors. The right procedure for any individual patient depends on their specific anatomy, lifestyle, age, prescription, and personal priorities. We encourage patients to understand the full landscape of options before committing to any surgical path.
LASIK Surgery. LASIK remains the most widely performed refractive procedure in the United States, and for appropriate candidates, it produces excellent outcomes with a much faster recovery than PRK. Our LASIK Surgery Awards program applies the same rigorous evaluation framework to identify America’s top LASIK surgeons. If you are a strong LASIK candidate, the surgeons recognized there represent the standard of excellence in the field. See: LASIK Surgery Awards: Recognizing America’s Top LASIK Surgeons
EVO ICL. The Implantable Collamer Lens — specifically the EVO ICL platform — offers a non-ablative alternative to laser vision correction. Rather than reshaping the cornea with a laser, EVO ICL involves placing a thin, soft lens behind the iris and in front of the natural lens. It is particularly well-suited for patients with high prescriptions who do not have sufficient corneal tissue for safe laser correction, and for patients with moderate dry eye disease who are not ideal laser candidates. EVO ICL is also reversible, which distinguishes it from PRK and LASIK. See: EVO ICL Awards: Recognizing America’s Top EVO ICL Surgeons
Choosing the right surgeon. Beyond understanding specific procedures, navigating the process of selecting the right surgeon — asking the right questions, interpreting credentials, evaluating consultations, and making an informed final decision — is a skill in itself. Our guide to choosing an eye surgeon synthesizes everything you need to know about this process across all refractive procedures. See: How to Choose an Eye Surgeon: A Patient’s Complete Guide
Conclusion: Finding an Award-Winning PRK Surgeon
PRK surgery has given millions of patients clear, stable, long-lasting vision. It is a proven procedure, backed by decades of clinical evidence, and it is particularly well-suited to a range of patients for whom LASIK is not the ideal choice — including military personnel, high-contact-sport athletes, patients with thin corneas, and those who prioritize long-term structural stability over rapid recovery.
But PRK is a surgical procedure performed on your eyes. The outcome is permanent. The stakes are high. And the quality of the surgeon — their training, their experience, their technology, their honesty in candidate selection, and their commitment to post-operative care — has a direct, measurable impact on your result.
The PRK Surgery Awards were created to help you navigate this decision with confidence. The surgeons recognized through this program have been evaluated against a rigorous set of criteria designed to reflect what actually matters: clinical outcomes, patient safety, surgical expertise, and ethical practice.
As you move forward in your research, use the knowledge resources linked throughout this page to build a complete understanding of PRK surgery and what to expect. Use our FAQ answers to address specific questions. And when you are ready to find a surgeon, let the PRK Surgery Awards recognition be your starting point for identifying the most qualified professionals in your region.
Clear vision is a meaningful goal. You deserve a surgeon who treats it that way.
*The Lasik Awards PRK Surgery Awards program is an independent recognition platform. Surgeons recognized through this program are evaluated based on clinical criteria, not payment or sponsorship. Always consult directly with a board-certified ophthalmologist to determine the right vision correction procedure for your individual anatomy and needs.*