Have you ever completed treatment and ended up with a
"gummy" smile (Fig. 1)?
Have you ever waited and waited for a
canine to erupt so you can bracket the tooth and move forward
with treatment? Have you ever completed treatment, had the
teeth aligned perfectly, only to find that the gingival heights of
some of the maxillary anterior teeth are at different levels
adversely effecting the aesthetics of your patient's smile? Have
you ever tried to band a second molar and had an operculum
obstructing your ability to band the tooth? Have you ever had a
patient with poor oral hygiene that presents with inflamed
hypertrophic gingival tissues that are growing
over the patient's brackets? These are just a few
of the problems that can be easily and painlessly
eliminated by using a soft-tissue diode
laser. Today, for the orthodontist who desires
to provide the finest treatment for his or her
patients, a soft-tissue laser is an affordable
must for your practice. They are easy to use
and the positive effect you can have on your
patient's orthodontic treatment results are too
significant to ignore.
Cost
Today there are many cost-effective soft-tissue diode lasers
available to the practicing orthodontist. Since the procedures
that are required for orthodontic care are relatively simple, it is
not necessary to purchase a high-powered laser. The laser manufacturers,
in fact, have developed lasers that are relatively modest
in price yet sophisticated enough for any of the needs of an
orthodontic practice. Not so long ago, lasers cost between
$10,000 and $15,000, but now you can purchase a quality laser
from any number of companies for approximately $2,500.* Our
practice uses the Picasso Lite (Fig. 2) laser manufactured
by AMD but there are many other
options available from other manufacturers. If
you don't have a laser, now is the time to buy
because any additional price reductions in the
future are going to be minimal.
Function
Laser stands for light amplification by stimulated
emission of radiation. The laser provides a
single wavelength light that is focused and extremely powerful. There are a wide
variety of wavelengths and watts of
power available for all types of surgical
procedures. However, for orthodontics
we only need an 810nm wavelength
and 2.5 watts of power, which is minimal
as far as laser technology goes. This
is important because 810nm is highly
absorbed in hemoglobin and melanin
thereby making it perfect for softtissue
procedures. This gives the
diode laser the ability to easily cut,
coagulate, ablate or vaporize soft tissue.
Benefits
No needles! The wonderful thing about using a diode laser is
that we can provide some incredible benefits for our patients by
removing or recontouring soft tissue while requiring only a topical
anesthetic (TAC Alternative - lidocaine-HCL 20%, tetracaine
4%, phenylephrine2%) to accomplish these procedures. The combined
local anesthetics are powerful in blocking pain while the
phenylephrine promotes local hemostasis. The laser's ability to
coagulate the blood also contributes to the lack of bleeding. Postoperatively,
most patients report that they felt no pain or discomfort
while the surgery was being performed and afterward reported
little if any pain or discomfort in the period following the procedure.
Our patients have been enthusiastic about the ease of the
procedure and have been delighted with the treatment results.
To Start
After the orthodontists have purchased their laser they will
need to purchase a few additional things in order to get started.
You will need to purchase topical anesthetic from a pharmacy (we
obtain our anesthetic from Stanley Apothecary 866-698-0247).
You will need articulating paper to carbonize the tip of the
laser fiber, which enhances the effectiveness of the laser in cutting
tissue, and hydrogen peroxide to help clean the surgical area.
Purchase some vitamin E capsules to give to the patient once the
surgery has been completed. Vitamin E helps to sooth the cauterized
tissue, promote healing and reduce post-surgical discomfort.
For the next 24 hours encourage the patient to take
whatever medication he would normally take to relieve
headache symptoms. Take the time to read the instruction
manual that comes with the laser. Learn the proper settings
to use for performing the various procedures. Generally a
setting of 1.2 watts would be used for soft-tissue removal, a setting
of 1.4 watts for denser tissue and 1.6 watts for a frenectomy.
Also, there are some videos on the Internet that are beneficial to
watch to become more familiar with the laser procedure. Laser
surgery will also require a chairside assistant to help with the procedure
and the use of high-speed evacuation to remove charred
tissue and the odors created by the cutting of the gingival tissue.
Procedures
Gingivectomy: Occasionally a case is completed, the teeth
are properly aligned, the occlusion is one that Dr. Ron Roth
would be proud of and yet the final result still falls short of the
final aesthetic result desired. The patient still exhibits a "gummy
smile." At that time it is important to determine if the problem
is the result of a true maxillary skeletal excess requiring maxillary
impaction surgery to improve the aesthetics, or if it's due to
excessive gingival tissue requiring only a simple gingivectomy to
correct. Figures 3-8 demonstrate the significant improvement
in the smile when the excess gingival tissue is removed and
properly sculptured. Figure 9 represents an example of gingival
recontouring when the gingival margins of the maxillary incisors
are at different heights.
Canine Exposure: The laser is ideal for removing tissue that is
covering canines in order to facilitate their eruption and in many
cases significantly reduce the patient's treatment time. This procedure
can make the overall treatment much easier for both the
patient and the orthodontist (Figs. 10-15).
Hypertrophic Tissue: The accumulation of hypertrophic tissue
can happen in cases where patient brushing is inadequate as
tissue swells up around their brackets, but tissue can also build up
when spaces are being closed even when brushing is adequate.
The diode laser provides a significant patient benefit by eliminating
this excess tissue and allowing for greater ease in the brushing
of these areas (Figs. 16-18).
Frenectomy: Simple frenectomies can be easily accomplished
by using the diode laser. Both maxillary and mandibular lingual
frenectomies can be cost effectively done by the orthodontist
(Figs. 19-21). However, when a maxillary frenectomy is being
considered, an X-ray should be taken of the maxillary incisors to
verify that there is no tissue entrapment in the mid-palatal suture.
If it is found that there is tissue entrapment in the mid-palate
area, then the case should be referred to a periodontist for surgery.
Tissue Impacted Second Molar: Sometimes treatment can
be delayed significantly when a mandibular second molar is
mesially impacted and the tooth is still covered by gingival tissue.
The diode laser offers a tremendous solution to this vexing problem
(Fig. 22).
Operculum Removal: Sometimes it is not possible to bond
or band a second molar due to a persistent operculum. Using the
laser for this procedure can make bonding or banding these teeth
much easier and much more comfortable for the patient (Fig. 23).
Summary of Benefits
As orthodontic professionals it is incumbent on us to continually
strive to provide the finest treatment for our patients.
The simple diode laser procedures mentioned in this article
highlight some of the significant improvements in patient care
that now can be so easily accomplished. These benefits specifically
include:
- Tremendous improvement in treatment aesthetics
- Procedures can be accomplished without injections, with
little if any pain, discomfort or bleeding
- Cost-effective procedures for both the patient and
the practice
- Significant reduction in treatment time
- Allows you to increase your practice's high-tech image
I strongly recommend that all orthodontic professionals
consider a diode laser for their practices in order to dramatically
improve the quality of their patient care.
Author's Bio |
Dr. Jerry Clark maintains a successful orthodontic practice
in Greensboro, North Carolina. He received his BS and DDS
degrees from The University of North Carolina and his master's
degree in orthodontics from St. Louis University. He is board certified
and has practiced orthodontics for more than 35 years and been
lecturing on various orthodontic topics for over 30 years. He is also a
partner in Bentson, Clark & Copple - a company dedicated to assisting
orthodontists with successful succession planning, practice valuation
and sale of their orthodontic practices.
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