Oral and Maxillofacial

Oral and Maxillofacial Laser Surgery

When laser technology was first introduced to the field of oral and maxillofacial surgery (OMS or OMFS) in the mid-1980s, the only laser available to the surgeon was the 10.6 micrometers CO2 laser, mainly due to its “outstanding cutting abilities” [1]. Strauss and Coleman [1] repeatedly refer to the “excellent tissue-cutting abilities” of the CO2 laser such as “better control of bleeding, less surgical time, more precise tissue removal, less morbidity and complications, and excellent healing with virtually no scarring.” Even today, three decades later, the CO2 laser remains the primary laser used in major oral laser surgery [1].

Soft-tissue Oral Laser Surgery

CO2 lasers not only enhance the current surgical options for treatment, but they have also expanded the scope of practice. There are numerous uses for lasers in OMS.

Oral laser surgery provides excellent uniform results and can be successfully used in a wide variety of procedures.

Due to the aforementioned advantages, the CO2 laser is well suited for treating premalignant lesions, such as leukoplakias, as well as cancerous and aggressive benign tumors of the larynx, pharynx, oral cavity and lips by total excision in cutting mode or ablation (performed on premalignant forms) [2]. Many surgeons maintain that the CO2 laser coagulates blood and lymphatic vessels at the surgical margins – and this brings down the amount of hematogenous and lymphatic seeding and potential metastasis and reduces recurrence rates [3,4,5]. Strauss and Coleman [1] point out that in comparison with traditional blade surgery, oral laser surgery allows for better visibility with a bloodless field and more precise tissue removal, without harming tissue that surrounds the lesion.

testimonial author
When I first got this 20 Watt LightScalpel machine I was hoping to have a good replacement for the old Luxar LX 20. However what I am really finding out is that this is not a replacement for that machine but truly a second-generation machine. This is a whole new level of CO2 laser. I am not easily impressed – congratulations!
Robert A. Strauss, DDS, MD
Past President, American College of Oral and Maxillofacial Surgeons
Professor of Surgery
Director OMFS Residency
Virginia Commonwealth University
Richmond, VA
testimonial author
The LightScalpel CO2 laser has been a true upgrade to our CO2 laser armamentarium. The device operates seamlessly and the new tipless handpiece allows us to change spot size easily and efficiently. We use the LightScalpel intraorally as well as on the facial skin for ablation as well as excision of lesions. It is ideal for blepharoplasty surgery, via both transconjunctival and transcutaneous approaches. Having used both, I find the flexible hollow wave guide to be far superior to the articulated arm of older style lasers.

It’s so much easier with the flexible waveguide… Using the waveguide, particularly inside the mouth… it’s like having a pencil in your hand. You just can’t do that with articulated arms ... Relative to CO2, there is simply a greater zone of necrotic tissue damage with electrocautery ... The laser has paid for itself a hundred-fold. I use it every day...

Steven A Guttenberg, DDS, MD
President, Washington Institute for Mouth, Face, and Jaw Surgery
Past President, American College of Oral and Maxillofacial Surgeons
Washington, DC
Some of the many uses of the CO2 Laser in Oral Surgery

The LightScalpel CO2 laser system is a useful tool in a wide variety of soft-tissue oral laser surgery procedures. The list below names just a few laser-assisted oral laser surgery applications. LightScalpel laser oral surgery FDA cleared indications:

The latest advances in flexible fiber CO2 laser technology continue to enhance oral laser surgery –  in oral and maxillofacial practices.

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References
  1. Strauss, RA, Coleman, M: Lasers in Major Oral and Maxillofacial Surgery, In Convissar, RA, editor: Principles and Practice of Laser Dentistry, 2011, Mosby.
  2. Gatone GA, Alling AC: Laser applications in oral and maxillofacial surgery, Philadelphia, 1997, Saunders.
  3. Lanzafame RJ, Rogers DW, Naim JO, et al: The effect of CO2 laser excision on local tumor recurrence, Lasers Surg Med 6(2):103-105, 1986.
  4. Lanzafame RJ, Rogers DW, Naim JO, et al: Reduction of local tumor recurrence by excision with the CO2 laser, Lasers Surg Med 6(5):439-441, 1986.
  5. Apfelberg DB, Master MR, Lash H, et al: CO2 laser resection for giant perineal condyloma and verrucous carcinoma, Ann Plast Surg 11(5):417-422, 1983.
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