Laser Dentistry
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The medical/dental/health information on this site is provided as an informational resource only, and is not to be used or relied on for any diagnosis or treatment purposes. This information is not intended to educate the patient, does not create any patient-physician relationship, and should not be used as a substitute for professional medical/dental advice, diagnosis and treatment. Please consult your health care provider before making any health-related decisions. For more info, contact Natural Dentistry Center for an appointment.
At Natural Dentistry, we use laser dentistry to provide minimally invasive, precise, and comfortable treatments for a variety of dental needs. Unlike traditional methods, laser technology allows for less painful procedures, faster healing, and reduced need for anesthesia.
Whether it’s treating gum disease, performing soft and hard tissue procedures, or even enhancing teeth whitening, our state-of-the-art laser dentistry services offer a safer, more effective approach to dental care. Discover how laser dentistry can transform your oral health while supporting a holistic, biologically friendly approach to treatment.
What Is Laser Dentistry?
Laser dentistry uses focused light energy to perform a variety of dental procedures with precision and efficiency. Unlike traditional tools, lasers offer a non-invasive approach, reducing the need for drills, scalpels, or sutures in many cases. However, not every procedure can be completed solely with laser therapy. In most treatments, lasers and traditional instruments work together to provide the best possible outcomes. Even in such cases, lasers are often used for disinfection, healing promotion, and reducing inflammation.
Laser is an acronym for Light Amplification by Stimulated Emission of Radiation. In dentistry, lasers emit focused light energy at specific wavelengths designed to interact with hard or soft tissue. Different laser wavelengths are absorbed by different components in the mouth (e.g., water, hemoglobin, or hydroxyapatite), allowing for precise, targeted treatment with minimal impact on surrounding structures.
Dental lasers work through photothermal, photomechanical, or photochemical reactions, enabling clinicians to vaporize, cut, coagulate, or disinfect tissue depending on the setting and wavelength. The use of lasers is not experimental as it’s backed by decades of research and widely adopted in modern dental medicine.
Citation: Gupta R, et al. Laser in dentistry: an innovative tool in modern dental practice. Natl J Maxillofac Surg. 2013;4(2):124-132. doi:10.4103/0975-5950.127653
How Dental Laser Therapy Works
Again, dental lasers work by delivering concentrated light energy at specific wavelengths, which interact with oral tissues through a process known as photo-biomodulation. The type of interaction depends on the laser’s wavelength, pulse duration, and tissue composition, primarily water, hemoglobin, and hydroxyapatite (a major component of enamel and bone). These interactions allow lasers to either cut, ablate, coagulate, or stimulate tissue with extreme precision.
Wavelengths and Tissue Absorption
Each laser wavelength is absorbed by different chromophores (light-absorbing molecules) in the body. For instance:
- Er:YAG lasers (2940 nm) are highly absorbed by water and hydroxyapatite, making them ideal for hard tissue procedures like cavity preparation and enamel contouring.
- Nd:YAG lasers (1064 nm) target pigmented tissues and hemoglobin, allowing deep penetration into soft tissue and effective bacterial elimination.
- CO2 lasers (9.3–10.6 µm) are absorbed by water and soft tissue, allowing for efficient soft tissue vaporization with excellent coagulation control.
This precise targeting allows clinicians to customize treatments based on the tissue type, enhancing both safety and effectiveness.
Citation: Abduo J, et al. Laser technology in dentistry: from clinical applications to future perspectives. Cureus. 2023;15(8):e43794. doi:10.7759/cureus.43794
Photothermal and Photomechanical Effects
When the laser energy is absorbed, it generates either heat (photothermal effect) or shockwaves (photomechanical effect). These effects are used to:
- Vaporize soft tissue (ideal for frenectomies, gum contouring, lesion removal)
- Disinfect bacterial colonies deep within periodontal pockets or root canals
- Remove carious enamel or dentin without traditional drilling
- Seal blood vessels and nerve endings, leading to reduced bleeding and less postoperative pain
The energy can also stimulate local blood flow and trigger the release of growth factors, aiding faster recovery.
Citation: Todea CD, et al. Therapeutic and adverse effects of lasers in dentistry: a systematic review. Photonics. 2023;10(6):650. doi:10.3390/photonics10060650
Biostimulation and Healing Acceleration
Low-level laser therapy (LLLT), often referred to as “cold laser,” doesn’t cut or ablate tissue but instead stimulates cellular function. LLLT enhances:
- Mitochondrial activity, increasing ATP production
- Fibroblast proliferation, crucial for tissue repair
- Collagen synthesis and angiogenesis, which accelerate wound healing
- Anti-inflammatory cytokine release, reducing swelling and discomfort
This makes lasers ideal for TMJ disorders, postoperative care, and chronic inflammation.
Citation: Avci P, et al. Implementation of low-level laser therapy in dentistry: a review. Cureus. 2022;14(10):e29601. doi:10.7759/cureus.29601
Biological Effects of Laser Dentistry: Healing, Regeneration, and Pain Reduction
One of the most compelling aspects of laser dentistry, and a key reason it’s central to biological dental practices, is its ability to stimulate the body’s natural healing mechanisms. Unlike traditional surgical tools, which simply cut or remove tissue, lasers can trigger cellular-level changes that enhance recovery, reduce inflammation, and support long-term tissue regeneration. This concept is known as photobiomodulation, and it lies at the heart of modern laser therapy.
When tissues are exposed to specific wavelengths of light, particularly those in the low-level laser therapy (LLLT) or “cold laser” range, mitochondria within the cells absorb this energy and respond by increasing adenosine triphosphate (ATP) production. ATP is the primary energy currency of the cell and is essential for repair and regeneration. Studies have shown that laser-stimulated cells exhibit increased collagen synthesis, accelerated angiogenesis (new blood vessel formation), and enhanced fibroblast activity, all of which contribute to faster tissue remodeling and wound closure.
In soft tissue surgeries such as frenectomies, gingivectomies, or lesion removals, patients often experience minimal bleeding, little to no swelling, and dramatically shortened recovery times compared to traditional scalpel techniques. This is due in part to the laser’s ability to coagulate blood vessels as it cuts, but also because of its anti-inflammatory and analgesic effects. The laser light modulates inflammatory cytokines (such as IL-1β and TNF-α), reducing local swelling and discomfort.
Moreover, laser therapy has been shown to desensitize nerve endings, offering a drug-free method of pain control during and after procedures. In patients with TMJ disorders, chronic jaw tension, or neuralgias, LLLT can significantly reduce pain by altering nerve conductivity and suppressing pain mediators like bradykinin and substance P. This makes it a powerful tool in treating complex, chronic conditions that often don’t respond well to conventional therapies.
Citation: Avci P, et al. Implementation of low-level laser therapy in dentistry: a review. Cureus. 2022;14(10):e29601. doi:10.7759/cureus.29601
Citation: Todea CD, et al. Therapeutic and adverse effects of lasers in dentistry: a systematic review. Photonics. 2023;10(6):650. doi:10.3390/photonics10060650
Even in hard tissue cases, lasers outperform conventional tools in promoting a biologically gentle treatment environment. The absence of vibration and thermal microfractures, common with rotary drills, reduces trauma to surrounding bone and dentin. As a result, laser-treated sites often exhibit less postoperative sensitivity, a common complaint in restorative dentistry. In cases of cavity removal or crown preparation, patients treated with Er:YAG or CO2 lasers report less discomfort, fewer complications, and quicker returns to normal function.
In biological dentistry, where the focus is on preserving the integrity of the oral microbiome, minimizing systemic burden, and supporting natural healing, lasers serve as a cornerstone. They don’t just cut or remove but instead they communicate with the body, signaling it to heal faster, with less pain, and fewer complications.
Clinical Evidence: Scientific Studies Behind Laser Dentistry
While laser dentistry may seem like a modern trend, its use is grounded in a substantial body of peer-reviewed clinical research, with decades of scientific inquiry supporting its safety, effectiveness, and therapeutic potential. Dental lasers are not just innovative but are also scientifically validated tools that have proven their value across a wide spectrum of dental procedures.
One of the most rigorously studied areas is periodontal therapy, where diode lasers, in particular, have demonstrated measurable improvements in bacterial reduction within periodontal pockets. A 2023 randomized clinical trial published in BMC Oral Health compared the intra-pocket use of a diode laser to systemic antibiotic therapy in patients with Stage III Grade C periodontitis. Results showed that diode laser treatment significantly reduced pathogenic bacteria such as P. gingivalis and T. forsythia, with similar efficacy to antibiotics but without the systemic side effects or risk of antimicrobial resistance. Patients also reported reduced bleeding and inflammation post-treatment, suggesting that lasers can serve not only as an adjunct, but in some cases a full replacement, for conventional antimicrobial protocols.
Citation: Khalifa A, et al. Clinical and microbiological efficacy of intra-pocket application of diode laser vs. systemic antibiotic therapy in management of stage III grade C periodontitis: a randomized clinical trial. BMC Oral Health. 2024;24:135. doi:10.1186/s12903-024-04031-0
Beyond bacterial reduction, another promising avenue of study is the stimulation of tissue regeneration, often referred to as photobiomodulation. Lasers, particularly those in the low-level range (LLLT), have been shown to activate fibroblasts and osteoblasts, leading to increased collagen production, enhanced angiogenesis, and accelerated wound closure. A 2022 review article highlighted how LLLT contributes to improved soft tissue healing following endodontic surgery, resulting in reduced edema, lower pain scores, and shorter recovery times. Notably, the authors concluded that these therapeutic effects are due to enhanced mitochondrial activity and ATP synthesis within irradiated cells, rather than thermal destruction, which underscores the biologically integrative nature of this approach.
Citation: Avci P, et al. Implementation of low-level laser therapy in dentistry: a review. Cureus. 2022;14(10):e29601. doi:10.7759/cureus.29601
Hard tissue applications are equally compelling. Er:YAG lasers, with their high absorption in water and hydroxyapatite, have been clinically validated for safe and effective caries removal, enamel etching, and even bone reshaping. Unlike traditional high-speed drills, which can generate excessive heat and microscopic cracks in enamel or dentin, laser-based cavity preparation results in a cleaner, smear-layer-free surface. This improves the mechanical retention of composite restorations and may reduce the likelihood of recurrent decay. Clinical studies have shown that Er:YAG lasers can achieve cavity preparation with minimal or no need for local anesthesia, particularly when working in enamel and superficial dentin — a major benefit for patients with dental anxiety or needle phobia.
In pediatric dentistry, the benefits are especially pronounced. A systematic review in The Open Dentistry Journal found that children treated with lasers during soft tissue surgeries, such as frenectomies or operculectomies, reported significantly lower discomfort and anxiety levels compared to those treated with scalpels or electrocautery. Moreover, the coagulative effect of lasers minimizes intraoperative bleeding and eliminates the need for sutures, allowing for faster recovery and improved compliance which is a key consideration in young or special-needs populations.
Citation: Dar-Odeh N, et al. Treatment of peri-implant diseases using lasers: a systematic review. Open Dent J. 2023;17:1-9. doi:10.2174/187421062305101
Citation: Mishra S, et al. Advanced lasers and their applications in dentistry. Dent J (Basel). 2023;11(1):37. doi:10.3390/dj11010037
Further, in the realm of implant dentistry, lasers have emerged as critical tools in the treatment of peri-implantitis, an increasingly common and often difficult-to-manage condition. Studies show that both Nd:YAG and Er:YAG lasers can decontaminate titanium implant surfaces without damaging the implant itself. This is a crucial clinical distinction, as mechanical debridement can scratch the implant surface and potentially impair osseointegration. Lasers, by contrast, offer a non-contact method to sterilize biofilms, reduce inflammation, and stimulate surrounding bone healing, thus preserving implant stability and improving long-term outcomes.
Taken together, these studies support what clinicians increasingly observe in practice: laser dentistry is not only safe and effective but also biologically intelligent. It respects the body’s natural architecture and healing rhythms, aligning beautifully with the philosophy of biological and holistic dentistry. Whether used to reduce pain, disinfect tissues, or accelerate repair, dental lasers embody a fusion of cutting-edge science and patient-centered care.
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Multiple Uses for Lasers in Dentistry
Soft Tissue Procedures: Gently reshaping gums, treating periodontal disease, and removing lesions or excess tissue.
Hard Tissue Treatments: Removing decay, preparing teeth for fillings, and addressing hypersensitivity with precision.
Gingivectomy and Crown Lengthening: Sculpting and reshaping soft tissues or bone to enhance aesthetics or improve function.
Debonding Veneers and Crowns: Safely removing restorations without causing damage to surrounding teeth.
Cutting Bone: Precisely reshaping or removing bone tissue during advanced procedures like implant placement or surgical extractions.
Regeneration and Osteogenesis: Stimulating bone growth and tissue regeneration for better healing outcomes.
Sleep and Airway Treatments: Non-invasive solutions like NightLase®, OraLase®, and TonsilLase® to improve sleep quality, breathing, and pain/discomfort.
Pain and Inflammation Relief: Reducing discomfort associated with TMJ disorders, clenching, and grinding.
Disinfection: Effectively sterilizing periodontal pockets, root canal systems, or surgical sites to reduce bacteria and infection risk.
Wound Healing: Accelerating recovery after surgeries or injuries for quicker and more comfortable healing.
Peri-Implantitis Treatment: Effectively targeting and disinfecting inflamed tissue around dental implants to manage infection and preserve oral health.
Teeth Whitening: Brightening your smile safely and effectively using laser technology.
Herpetic and Aphthous Ulcers: Providing fast relief for cold sores and canker sores with targeted laser therapy.
How Laser Dentistry Compares to Traditional Dental Tools
To truly appreciate the innovation of laser dentistry, it’s helpful to contrast it with the traditional tools that have defined dental procedures for over a century, such as drills, scalpels, electrosurgery units, and sutures. While these tools are effective and still valuable in many cases, their use can come with drawbacks that modern laser systems are specifically designed to overcome.
Traditional high-speed dental drills, for instance, rely on mechanical abrasion to remove enamel and dentin. While precise in trained hands, the rotary action generates significant heat and vibration, which can lead to patient discomfort, microfractures in enamel, and pulpal irritation. Drilling also often requires extensive use of local anesthesia, especially in sensitive patients or children, and can trigger anxiety due to its noise, pressure, and sensory overload.
By contrast, hard tissue lasers, such as the Solea® CO₂ and Er:YAG lasers, remove decayed or damaged enamel using photothermal ablation, a light-based process that vaporizes water molecules within the tooth structure. This approach is so gentle that many patients report feeling no pain at all and require little or no anesthesia. Additionally, because lasers operate in a non-contact manner and avoid the pressure and torque associated with drills, they minimize trauma to adjacent healthy tissue. Studies have shown that cavity preparations done with lasers leave behind smear-layer-free surfaces and open dentinal tubules, which may improve bonding strength for fillings and reduce bacterial microleakage over time.
Citation: Gupta R, et al. Laser in dentistry: an innovative tool in modern dental practice. Natl J Maxillofac Surg. 2013;4(2):124-132. doi:10.4103/0975-5950.127653
In soft tissue surgeries, such as gum contouring, lesion excision, or frenectomies, traditional scalpels or electrocautery devices physically cut through tissue and often result in bleeding, inflammation, and the need for sutures. Electrosurgery, while helpful in achieving hemostasis, creates collateral thermal damage that can delay healing and increase postoperative discomfort.
Lasers, particularly those in the Nd:YAG, diode, and CO₂ ranges, excel in soft tissue procedures due to their ability to cut and coagulate simultaneously. This means less intraoperative bleeding, better visualization for the clinician, and elimination of sutures in many cases. Patients experience significantly less swelling and a shortened healing window, often returning to their normal routines within hours rather than days. Clinically, this makes laser surgery more predictable, more sterile (thanks to built-in disinfection), and more comfortable overall.
Citation: Todea CD, et al. Therapeutic and adverse effects of lasers in dentistry: a systematic review. Photonics. 2023;10(6):650. doi:10.3390/photonics10060650
Perhaps one of the most transformative differences lies in patient perception. For individuals who struggle with dental anxiety, whether due to needles, the sound of a drill, or past negative experiences, lasers offer an environment of calm, precision, and confidence. The quiet hum of the laser, combined with its non-invasive action, turns what was once a dreaded experience into a tolerable, even pleasant one. This is especially impactful in pediatric settings, geriatric care, and for patients with special needs.
That said, it’s important to note that laser dentistry isn’t about replacing traditional tools entirely, it’s about strategic integration. At Natural Dentistry, we use lasers where they offer superior clinical and biological outcomes and blend them with conventional instruments when it enhances the overall result. In doing so, we maintain a highly individualized approach that prioritizes safety, precision, and patient well-being above all else.
The Two Types of Lasers We Use
We utilize cutting-edge laser technologies to provide the best possible care:
Solea® CO2 Laser
Applications: Hard tissue treatments, such as cavity preparation, enamel reshaping, and dental restorations. Soft tissue procedures, including gum contouring and treating periodontal disease.
Wavelength: 9.3 µm, ideal for precision cutting and minimal thermal damage.
Benefits: Virtually pain-free procedures, reduced need for anesthesia, and faster recovery times.
Fotona® Laser
Applications: NightLase for airway improvement, OraLase for jaw pain relief, TonsilLase for snoring and sleep apnea. Soft tissue treatments like gum therapy and lesion removal, and hard tissue procedures including cavity preparation or bone removal. In addition, Fotona laser can be used for disinfection of a surgical site after tooth extraction surgery or implant placement.
Wavelength: Dual wavelengths (Er:YAG and Nd:YAG) for comprehensive soft and hard tissue care.
Benefits: Versatility, exceptional precision, and enhanced patient comfort across a wide range of treatments.
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Many of our patients fly in from all over the world. We have perfected the “fly-in patient” protocol, making it possible for anyone to receive the world-class treatment at Natural Dentistry. Fly-in alone or with loved ones. Our team will walk you through every step of the way to make sure you have a transformative experience and you return home healthier.
Laser Use in Sleep and Airway Disorders
The use of laser therapy in the treatment of sleep and airway-related conditions is one of the most innovative and rapidly growing areas in modern dentistry. At Natural Dentistry, we offer advanced laser treatments such as NightLase®, OraLase®, and TonsilLase®, which are non-invasive procedures designed to improve airway function, reduce snoring, and enhance sleep quality, all without surgery, sedation, or downtime.
These treatments are grounded in the same scientific principles that guide all of laser dentistry, but they are uniquely applied to target the oropharyngeal soft tissues, specifically those contributing to airway obstruction during sleep. In patients with sleep-disordered breathing, a broad term that includes snoring, upper airway resistance syndrome (UARS), and even mild to moderate obstructive sleep apnea (OSA), the tissues at the back of the throat, soft palate, and tonsillar region often become lax or enlarged, leading to vibration, partial collapse, and restricted airflow.
NightLase®
Laser therapy addresses this by using photothermal energy to induce a controlled tightening of collagen fibers in the soft tissues. For example, NightLase® utilizes the Er:YAG laser in a non-ablative mode (meaning it heats but does not cut the tissue) to gently heat the mucosa of the soft palate, uvula, and oropharynx. This thermal effect initiates collagen contraction and neocollagenesis, which over time results in firmer, more elastic tissue that is less likely to collapse during sleep.
Citation: Varela-Encinas J, et al. Effect of Er:YAG laser in treatment of primary snoring: a prospective, longitudinal clinical trial. Photobiomodul Photomed Laser Surg. 2020;38(8):500–507. doi:10.1089/photob.2020.4840
What makes this approach so patient-friendly is that it requires no anesthesia, no cutting, and no recovery period. A full treatment series typically consists of three short sessions spaced over several weeks, with results often noticeable after the very first visit. Patients report reduced snoring, improved sleep quality, and easier nasal breathing, with no discomfort during or after the procedure.
TonsilLase®
TonsilLase®, on the other hand, uses similar principles to address enlarged tonsils, which can be a major contributor to pediatric and adult airway obstruction. Traditionally, tonsil issues have been managed with surgical tonsillectomy, a procedure associated with pain, bleeding, and risks of general anesthesia. In contrast, laser reduction of hypertrophic tonsillar tissue is performed in-office, without general anesthesia, and often with little to no bleeding. The laser energy selectively vaporizes inflamed or obstructive tissue while preserving surrounding healthy structures, allowing for a safer and more conservative airway intervention.
OraLase®
OraLase® is a lesser-known but highly effective laser therapy for patients suffering from jaw tension, TMJ discomfort, and clenching or grinding at night, all of which can interfere with restful sleep. This therapy often uses Nd:YAG or dual-wavelength platforms to penetrate deep into the muscles of mastication and temporomandibular joints, relieving inflammation and encouraging muscular relaxation.
Citation: Skondra E, et al. Lasers in the treatment of sleep-disordered breathing: a review. J Clin Sleep Med. 2023;19(5):901–910. doi:10.5664/jcsm.10580
From a biological standpoint, these treatments align with our core philosophy: supporting the body’s natural functions through non-invasive, regenerative techniques. By improving soft tissue tone and airflow without medications or surgery, laser airway therapy addresses not only the symptoms of poor sleep, but also the root causes, making it a powerful tool for total-body wellness.
For patients who snore, wake frequently, grind their teeth, or wake up feeling fatigued despite sleeping a full night, laser airway therapy may offer life-changing improvements, not just in sleep quality, but in long-term cardiovascular, neurological, and emotional health as well.
A Balanced and Tailored Approach to Your Care
Dr. Yuriy May takes a balanced and tailored approach to laser dentistry, combining its many benefits with traditional tools when necessary to ensure the best possible results. While lasers are an integral part of our practice, they often work in conjunction with other techniques to deliver safe, effective, and personalized care. During your appointment, Dr. May will carefully evaluate your unique needs and select the most appropriate laser technology for your specific procedure, ensuring optimal outcomes and a comfortable experience.
Laser Dentistry FAQs (Frequently Asked Questions)
What is dental laser therapy?
Dental laser therapy is the use of focused light energy at specific wavelengths to perform dental procedures with minimal discomfort. It can target both soft and hard tissues to remove decay, treat gum disease, stimulate healing, and more, all while reducing the need for drills, scalpels, or sutures.
Is laser dentistry safe?
Yes. Laser dental treatments are FDA-approved and extremely safe when performed by trained professionals. At Natural Dentistry, all laser procedures are conducted by Dr. Yuriy May using scientifically validated protocols to ensure precision and patient safety.
What conditions can be treated with laser dentistry?
Lasers can treat a wide range of dental concerns including periodontal disease, cavities, TMJ pain, cold sores, sleep apnea, snoring, and jaw tension. They are also used in soft tissue procedures like frenectomies and gingivectomies, as well as in cosmetic treatments such as teeth whitening.
How is laser treatment different from traditional dentistry?
Unlike drills or scalpels, dental lasers use light energy to cut, disinfect, or stimulate tissue without physical contact. This results in less bleeding, reduced discomfort, and faster healing, often without anesthesia or sutures.
Does laser dentistry hurt?
Most patients report little to no pain during laser treatments. In many cases, anesthesia isn’t even necessary. Laser dentistry also reduces post-operative sensitivity and swelling, making it ideal for patients with dental anxiety.
Can laser therapy replace a dental drill?
In many cases, yes. Hard tissue lasers like Solea® can remove decay and prepare teeth for fillings without the vibration or heat of traditional drills. However, for deeper restorations or certain clinical situations, we may still combine lasers with traditional instruments.
Is laser treatment effective for gum disease?
Absolutely. Dental lasers are highly effective in treating periodontal disease by eliminating bacteria deep within the gums and promoting tissue regeneration. Laser periodontal therapy is less invasive than traditional flap surgery and often has better healing outcomes.
What is NightLase and how does it help with snoring?
NightLase® is a non-invasive laser procedure that tightens collagen in the soft palate and oropharynx to reduce snoring and improve airflow. It requires no cutting or anesthesia and is completed over a series of short sessions.
What lasers do you use at Natural Dentistry?
We use the Solea® CO2 laser and the Fotona® laser (Er:YAG and Nd:YAG dual wavelengths). Each is selected based on your specific treatment needs, from restorative care to airway support and aesthetic procedures.
About Dr. Yuriy May
Widely sought after for his precision and leadership in biological oral surgery and zirconia implantology, Dr. Yuriy May is recognized as an accomplished leader in metal-free, biologically driven dentistry. With over 12 years of clinical experience, his work is defined by uncompromising standards, refined surgical execution, and outcomes that support both oral and systemic health.
Dr. May holds advanced certifications and training in zirconia implantology from programs ranging from IAOCI and Tufts University, is Board Certified as a Naturopathic Dentist by the ANMCB, and is a distinguished Ceramic Implant Ambassador for SDS—an honor reserved for clinicians shaping the future of ceramic implant science.
A respected educator and international lecturer, Dr. May has presented extraordinary ceramic implant cases to dentists worldwide, including the JCCI in Switzerland, and has served as an instructor in the Ceramic Implant Program at ACIMD. He lectures nationally, publishes complex metal-free surgical cases, and serves as a Board Member of the IAOCI (International Academy of Oral Ceramic Implantology). Dr. May has recently become an Associate Fellow of the AAID (American Academy of Implant Dentistry), one of the few focusing solely on zirconia dental implants, and has been and an Accredited S.M.A.R.T. Certified member of the IAOMT for many years. He is also a Certified Biological Dentist with the IABDM, reflecting his commitment to removing root canal infections and to mercury-safe, evidence-based biological protocols.
Dr. May’s reputation, results, and excellence in ceramic implant dentistry have made him a destination provider for patients and referring clinicians seeking the highest level of ceramic implant surgery and biological dental care.
DMD, IBDM, AIAOMT, CIABDM
Associate Fellow, American Academy of Implant Dentistry
ANMCB Board Certified Naturopathic Dentist