LASER DENTISTRY IN CHICAGO 

Are you looking for laser dentistry in Chicago, Illinois? Laser dentistry can benefit many oral health problems, including gum disease, gummy smile, tooth decay, discoloration. It can even help with wound healing or cold sore treatment and even rejuvenate skin and reduce wrinkles. 

How dental lasers can be used?

Dental lasers have become a revolution in the dental field, making treatments faster, more effective and more satisfying to patients and dentists than they have ever been. Laser technology has been around for 50 years, but the research done in the past two decades has led to a new generation of dental lasers, like Fotona LightWalker.  At Archer Dental Chicago we stay on top of the latest science in dental technology. Dr. Anton Zhadovich recently added a Fotona Lightwalker Laser to the office to expand the range of dental and cosmetic treatments and enhance precision and patient comfort. 

The FDA approved dental lasers to be safe for use in dental office in 1990. Since then, the application of lasers with hard (teeth) and soft tissues has received a lot of attention from scientists and dentists. As a patient of Archer Dental, you may benefit from laser dentistry in many ways.

In hard tissue application, we use the laser for:

  • Teeth whitening

  • Removal of cavities

  • Disinfection of root canals

  • Biostimulation of the bone tissue for patients with implants

  • Removal of bonded porcelain crowns, veneers, bridges

  • Treat hypersensitivity (teeth sensitivity)

  • Biomodulation for TMJ

 

Soft tissue application of lasers in dentistry includes:

  • Healing of wounds, including dry socket after tooth extraction

  • Removal of tissue overgrowth, like fibroma or hemangioma

  • Gingival re-contouring and smile design

  • Treatment off gingival pigmentation, gingival moles and amalgam tattoos

  • Removal of the bacterial biofilm and excess gum tissue on the implants (peri-implantitis)

  • Uncovering impacted or partially erupted tooth

  • Snoring treatment

  • Labial frenectomy

  • Lingual frenectomy (tongue tie)

  • Photostimulation of cold sores to speed up healing

  • Facial aesthetic treatments to improve quality and appearance of skin

Use of the laser in various dental procedures proved to be an effective tool to increase efficiency, precision, ease, cost and comfort of the dental treatment. If during your next visit one of our dentist offers to do a treatment using our LightWalker laser, no need to feel intimidated. It’s a good thing! If you would like to read about how our laser works, read the rest of the article. We made the information easy to understand for our patients!

The basics of dental lasers

The term LASER is an acronym and stands for “Light Amplification by the Stimulated Emission of Radiation”.  Normal light, like from a light bulb, consists of variety of wavelengths and spreads in all directions. Laser light, however, is set to a specific wavelength and is focused in a narrow beam. These characteristics allow the machine to create a very high-intensity light. Dental lasers use the energy generated by electron shifts of atoms, producing visible light, ultraviolet or infrared radiation. Being able to focus the light very accurately on tiny areas is what makes lasers so great for very precise surgical work or for cutting through tissue (in place of a scalpel). In other cases, laser can be set up in a way to target body's natural healing process to lift, tighten, and tone sagging and loose skin. 

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Radiation? Does it go through the body or cause cancer?

Don’t let that word scare you – the thermal radiation produced by a laser is non-ionizing, and is not the type of radiation you think of when you’re being warned against exposure. Radiation emitted by lasers can be visible, in form of a light. Other lasers can emit radiation that is invisible to the human eye, ultraviolet or infrared radiation. In general, laser radiation is not in itself harmful, and behaves much like ordinary light in its interaction with the body, it does not harm the DNA of the cells and can not cause cancer. 

 

Now that this is out of the way, let's continue.

Mechanism of action of dental lasers

Lasers deliver energy in the form of light. When a dentist aims the laser at the specific tissue, this light will be absorbed by the tissue and that’s where the magic (read: science) happens. There are a number of photobiological effects this interaction can have that are useful for our patients:

 

  • Photothermal: meaning the energy is transformed into heat. This process is beneficial for surgical incisions, hemostasis, biopsies, and removal of diseased tissue.

  • Photochemical: lasers can stimulate chemical reactions, i.e. hardening a filling

  • Photoacoustic: the pulse of laser energy can act on hard tissues (the enamel and dentin that comprise your teeth) to remove decay.

  • Non-surgical: Laser energy is used to produce a type of oxygen molecule, that acts as disinfectant. Oxygen radicals disinfect periodontal pockets and root canals. They can also stimulate soft tissue to promote wound healing, pain relief, collagen growth and a general decrease of inflammation.​

Anethesia-free and virtually pain-free treatments are now available at Archer Dental.

How dental laser can benefit me?

The award-winning LightWalker laser allows us to treat many types of patients more efficiently and with less pain. Here are some of the most common applications of the laser in our office:

Patients with Periodontal disease

Periodontal disease affects approximately 80% of adults, and we’re learning more about it every day. It is known that a bacterial infection is what affects periodontal disease and now with lasers we can to do more than just remove mechanical irritants and diseased tissue (a traditional cleaning). With lasers we can address the bacteria underlying this infection by decontaminating the area. This decontamination is important for three key reasons:

  • To reduce or eliminate bacteremia (bacteria in the blood): During a normal cleaning, many patients will have some areas that bleed a little. This allows any present bacteria (we all have some!), good or bad, to flood into the bloodstream and settle in weakened areas of our body. The latest research shows that these oral pathogens are linked to a number of other diseases, including cardiovascular disease, rheumatoid arthritis, diabetes, premature birth and more. Needless to say, anything that we can do to reduce or eliminate bacteremia is a good thing!

  • To prevent cross-contamination: We don’t want an infection in one part of your mouth traveling anywhere. Decontamination minimizes the chance that a bacterial infection in one area may inadvertently be deposited in another.

  • To kill periodontal disease bacteria: It’s important to stop the infection that results from harmful bacteria before it causes physical destruction or loss of tissue and bone attachment around your teeth.​

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Patients with irregular gum line or gummy smile

Are your front teeth different lengths or seem very short? If so, it may actually be the current positioning of your gingiva at fault. Our laser can be used to quickly and easily remove this extra tissue and help create a beautiful smile!

Patients with cavities

 Prior to laser dentistry, a drill would be required to prepare the tooth for a filling. For many even the sound of dental drill can be uncomfortable. Good news is that lasers can now completely eliminate the need for drilling and anesthesia.

Another upside of using lasers for removing dental cavities is safety and precision. Traditional dental drills remove large amounts of tissue, and the constant spinning of a drill bur can cause cracks in the tooth enamel if done incorrectly. Using Fotona Lightwalker laser, out dental team can revoke very precise amounts of tooth, without damaging or cracking the healthy part of the tooth.

Lasers also successfully kill oral bacteria around the surgical site. This is important, because if bacteria is still trapped under the new filling, another cavity will start to form. With laser, the surface is completely disinfected and ensures that the filling is good quality and long lasting.

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Patients who are considering dental implants

When a patient who had implant installed returns for a crown, an implant need to be uncovered from the gingival tissue. Cutting through gingival tissue with a laser provides an efficient and patient-friendly method to perform second-stage implant surgery, safely allowing a faster rehabilitation.You can read more about "why choose laser dentist for implant surgery?" here.

How are laser procedures performed?

The doctor will discuss with you and decide when the laser can be used to improve outcomes of various procedures. Many procedures can be performed without a shot and you will just feel warmth on the area we are working on.

The laser beam is extremely bright, and special glasses will be provided to protect the eyes.  The procedure will take far less time than conventional methods, and cause far less anxiety and discomfort.

If you are interested in a new, fresh approach to dental care and considering laser dentistry, we invite you to Archer Dental in Chicago. Call (773) 581-1345 and experience the difference that laser dentistry can make.

Need an appointment? Contact us today!

Frequently asked questions

What is laser dentistry?


LASER stands for “light amplification by the stimulated emission of radiation.” Dental lasers create a narrow and focused beam of light designed to react to specific tissue. Different laser settings produce different wavelengths in order to target specific tissue. Laser can be used to target soft tissues (gum, skin) or hard tissues (bone).




What is laser dentistry used for?


Dental lasers have a wide range of applications. For soft tissues, dental lasers could be used to:

  • uncovering impacted or partially erupted tooth
  • treat cold sores to speed up healing process
  • treat gum disease like periodontitis or peri-implantitis
  • treat gingival pegmintation
  • reshape gum line (also known as smile design)
  • lengthen crowns
  • remove folds in oral soft tissue often caused by dentures
For hard tissues, dental lasers could be used to:
  • prepare the tooth for fillig and remove cavities
  • treating teeth sensitivity to hot and cold
  • teeth whitening
  • promote biostimulation of the bone tissue for patients with implants
  • remove bonded porcelain crowns, veneers, bridges
  • treatment of TMJ




What happens during the laser dentistry experience?


When you come in for a laser dental treatment, your appointment will begin in a similar way as traditional dental treatments. You may receive anesthesia or a sedative, though it might not be required and the dentist will discuss it with you beforehand. During laser treatment you will not experience vibrations or discomfort associated with traditional dental drills. In most cases you will experience little to no pain or discomfort. Laser treatments are often much quicker and offer other additional benefits.





Dental Glossary
Laser Biostimulation

A form of Low Intensity Laser Therapy which improves healing  of post operative tissues.  The light energy stimulates the metabolic processes, inducing tissue regeneration.

Crown Lengthening

A surgical procedure that reduces gum tissue to expose more of the tooth surface. Some people seek crown lengthening to alter a “gummy smile,” in which the gums are visible above the teeth when smiling.

Periodontal Pockets

Periodontal pockets are spaces between the gum line and the teeth, that have become infected. When left untreated, these pockets can lead to tooth loss. Periodontal pockets are one of the major signs of gum disease.

Dentin Hypersensistivity

A condition which causes the inner (dentin) layer of tooth to become exposed. This condition can develop as a result of receding gums. Patients experience sharp pain due to pressure or hot/cold beverages.

Peri-implantitis

Inflammatory process that affects soft and hard tissues around dental implants. The soft tissues become inflamed, while the hard tissue (alveolar bone), is lost over time.

Frenectomy

Frenulum is a small fold of tissue that prevents an organ in the body from moving too far. In dentistry, frenulum is referred to lingual or labial frenulum. Frenectomy is a process of removing or modifying that tissue.