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General dentistry

Laser Dental Treatment in Almaty: Indications, Steps, Cost

Lasers in dentistry are one of the tools alongside drills and ultrasound. They are used to treat hard tooth tissues, gums, and mucous membranes. Indications are determined by the doctor based on the clinical picture and imaging. The stages typically include consultation, diagnostics, the procedure, and a follow-up examination. The number of visits depends on the case. In Almaty, such procedures are performed in clinics with the appropriate equipment.

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How much does laser dental treatment cost in Almaty

Full price list
TreatmentDuration & warrantyPrice
General dentist consultation and treatment plan0 ₸Message on WhatsApp
Initial examination and treatment plan0 ₸Message on WhatsApp
Caries treatmentfrom15 000 ₸Message on WhatsApp
Treatment of superficial cavitiesfrom15 000 ₸Message on WhatsApp
Treatment of moderate cariesfrom25 000 ₸Message on WhatsApp
Treatment of deep cavitiesfrom35 000 ₸Message on WhatsApp
Caries treatment using the Icon methodfrom25 000 ₸Message on WhatsApp
Treatment of a wedge-shaped defect, one toothfrom23 000 ₸Message on WhatsApp
Pulpitis treatment, single canalfrom65 000 ₸Message on WhatsApp
Periodontitis treatmentfrom77 000 ₸Message on WhatsApp

What determines the cost

The price of the procedure is based on the scope of work, the location of the tooth, the condition of the surrounding tissues, and the number of visits. The exact amount is given after an examination: at the initial appointment, the doctor performs diagnostics, if necessary takes an image on a cone-beam CT scanner, and draws up a plan. The cost is fixed in the treatment plan before work begins.

By method

Types and features of laser dental treatment

To understand which approaches are used and how they differ by task.

Instruments and materials for this type of treatment, laid out on a light surface — an illustration for the section "How it differs from the traditional approach"

How it differs from the traditional approach

In laser treatment, tissue is treated with a directed beam rather than a drill. This allows for precise work: the doctor removes affected areas without affecting healthy ones. In some cases, extensive preparation can be avoided. The decision on the method is made after examination and diagnostics — for deep lesions, a combination with classical instruments may be required.

Chairside appointment: dentist at work, over-the-shoulder shot of the assistant — illustration for the section "Which lasers are used in dentistry"

Which lasers are used in dentistry

In dentistry, erbium, diode, and some other types of lasers are used. They differ in wavelength and depth of action: some are suitable for working with hard tissues, others for soft tissues. The choice of device depends on the task: caries treatment, treatment of a periodontal pocket, or antiseptic treatment of a root canal.

A jaw model and material samples on the dentist's table next to a mirror and probe — an illustration for the section "Laser treatment of periodontitis"

Laser treatment of periodontitis

In periodontitis, the beam is used to treat the periodontal pocket: infected tissues and plaque are removed, after which the surface is disinfected. The procedure is performed under local anesthesia. The number of visits depends on the depth of the pockets and the extent of the process — this is determined by the doctor after examination.

Stages of laser dental treatment

Consultation: doctor and patient at a screen with an X-ray — illustration for the "Diagnostics and Treatment Plan" section
Step 01

Diagnostics and plan

At the first appointment, the doctor examines the oral cavity, clarifies complaints, and if necessary refers for cone-beam CT. Based on the diagnostic results, a plan is drawn up: which teeth to treat, in what sequence, and using which methods. The stages and cost are explained to the patient.

Preparation: the assistant lays out sterile instruments, the dentist puts on gloves — illustration for the section "Laser treatment of tooth decay"
Step 02

Laser caries treatment

The doctor isolates the working field, performs local anesthesia, and directs the beam at the affected area. The laser removes the altered tissues layer by layer, after which the cavity is rinsed and filled. During the appointment, the condition of the tissues is monitored through a microscope with 25× magnification.

The treatment stage itself: the doctor's gloved hands working in the oral cavity — an illustration for the section "How many sessions are needed"
Step 03

How many sessions are needed

The number of visits depends on the scope: a single tooth with superficial caries is often treated in one visit; for root canal treatment or multiple teeth, two to three appointments may be required. The duration of the procedure on one tooth usually takes from 30 to 60 minutes. The exact schedule is drawn up by the doctor after examination.

Follow-up visit: the doctor checks the result with a mirror, the assistant holds the saliva ejector — illustration for the "Follow-up examination" section
Step 04

Follow-up examination

After treatment is completed, a follow-up examination is scheduled: the doctor checks the condition of the filling and surrounding tissues, and if necessary takes an image. If the patient reports discomfort, it is addressed at the same appointment. Subsequently, preventive check-ups every six months are recommended.

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Nurpeis Ayaulym Doszhankyzy — dentist at Dental-Center dental clinic in Almaty, portrait in work uniformThe estimate is reviewed by the clinic's general dentistTakes 20 seconds — you'll get a reply from our administrator during business hours
Estimate based on the clinic's 2026 price listExamination and treatment plan — 0 ₸0% installments: Jusan bank — 24 months, Kaspi — 12

What is laser treatment of teeth and how does it work?

A laser in dentistry is a tool that works with light rather than mechanical contact. It does not completely replace the drill and scalpel, but it handles some tasks differently.

Physics: how the beam affects tissue

Laser light differs from lamp light: it is monochromatic and concentrated into a narrow beam. The wavelength determines exactly how energy is delivered to the tissue. Some wavelengths are well absorbed by water, which is present in soft tissues — then the beam acts on the gums, mucosa, and granulation tissue. Others are absorbed by hydroxyapatite and water within dentin — then we are talking about work on hard tissues. When energy is absorbed, it turns into heat within a microscopic volume. The tissue at the point of impact heats up, the water inside it boils, and a micro-explosion occurs — tissue is removed in thin layers. Near the treatment zone, the temperature rises only slightly because the heating is localized. This is the main difference from a drill: there, tissue is cut mechanically; here, it is vaporized. The depth of effect depends on power, wavelength, pulse duration, and the properties of the tissue itself. The doctor adjusts the device for a specific task, and there is no universal "treat" button.

Soft-tissue and hard-tissue modes

  • Soft tissue: the gingiva, mucosa, and frenula are treated at wavelengths absorbed by water and hemoglobin — the beam simultaneously cuts and coagulates small vessels.
  • Hard tissue: enamel and dentin require a different wavelength and pulsed mode, otherwise the energy will go into overheating the pulp instead of removing tissue.
  • Hybrid procedures: when treating a root canal, the beam acts on both the soft contents and the dentin walls, so the settings are selected separately for each stage.
  • Case-specific settings: power, frequency, and pulse duration depend on the clinical picture — tissue thickness, depth of the process, proximity of the nerve — and there are no universal values.
  • Cooling: in hard-tissue mode, water or air is supplied to avoid overheating the tissue; in soft-tissue mode, cooling is needed less often but is still used (especially when working near the gingival margin).

What a laser does not replace

A laser does not eliminate the need for anesthesia. Where pain relief is needed, it is administered — light does not block nerve impulses. A laser does not replace filling material: after treating a cavity, it is still sealed with composite or another material. It does not restore lost tissue volume or correct tooth position. In deep caries, when the process has reached the pulp, a laser does not remove the need for endodontic treatment. It also does not replace X-ray diagnostics: without an image, the doctor cannot see what is happening under the enamel and in the bone. And it does not eliminate the need for prosthetic restorations — crowns, inlays, and implants are placed separately. A laser is one tool in the kit, not a standalone treatment method. If a patient reads reviews of laser dental treatment and expects everything to be solved with a single beam, expectations should be adjusted at the appointment: the scope of work is determined by the diagnosis, not the device.

The Role of Diagnostics Before the Procedure

Before any laser treatment, a diagnosis is needed. The doctor examines the oral cavity, assesses the condition of the gums, the depth of the lesion, and the condition of adjacent teeth. Then come the images. Cone beam computed tomography provides a three-dimensional picture of the jaw: it shows the position of the roots, canals, bone tissue, and sinuses. On a regular periapical X-ray, some details are lost, so in ambiguous situations, CT is more informative. An intraoral scanner takes a digital impression — it is needed when a prosthetic restoration or orthodontic treatment is planned. A microscope with 25× magnification helps to see microcracks, cavity margins, and the condition of tissues in hard-to-reach areas. Without this stage, laser adjustment turns into guesswork. Diagnostics determines whether a laser is indicated at all in a particular case or whether another instrument is needed. The doctor decides — based on the totality of data, not on a single symptom. If the case is complex, a consultation with an adjacent specialist may be required: a surgeon, prosthodontist, or orthodontist.

For Which Conditions Laser Is Used in Dentistry

In dentistry, a laser is a tool, not a standalone treatment method. It is used where precision and control over tissues are needed. The list of conditions for which it is appropriate is broader than commonly thought.

Hard Tissues: Caries and Cavity Preparation

For caries, a laser is used as an alternative to the dental drill at certain stages. It vaporizes affected dentin and does not affect healthy areas the way a mechanical instrument does. This does not mean the drill is no longer needed: the choice depends on the clinical picture and is made by the doctor. The cost of such preparation is usually higher than the classic approach because it involves working with the equipment. Reviews more often concern the absence of vibration and noise, but the result depends on the depth of the lesion and access to the cavity. A laser is used to treat fissures before sealing — this helps clean the grooves of plaque. In deep caries, when there is a risk of exposing the pulp, the instrument may be too aggressive, and then another method is chosen. Sometimes it is used to remove an old filling if it cannot be removed mechanically. In pediatric practice, it is used cautiously, taking into account the child's behavior and the position of the tooth. The decision is always made based on the X-ray and examination, not on the name of the method.

Root Canals: Disinfection as an Additional Step

In root canals, a laser is used not as the main instrument, but as an additional disinfection step. After mechanical preparation, microorganisms remain in the canal, and laser exposure helps reduce them. This does not replace medication and does not guarantee that the canal will become sterile. The effect depends on the anatomy of the tooth: in curved and narrow canals, it is more difficult to reach the walls. The fiber is inserted into the canal and works over a limited length. If the canal is branched, some branches remain outside the treatment area. Therefore, in endodontics, this is an auxiliary step, not a standalone treatment. The doctor decides whether it is needed based on the condition of the canal and imaging data. In retreatment, when there was an infection in the canal, additional disinfection may be appropriate. But if the canal walls are thinned or there is a perforation, exposure may be risky. Then it is abandoned in favor of other methods. No step here replaces monitoring by X-ray and clinical assessment.

Gums and Oral Mucosa

  • Gingivitis: A laser is used to remove the inflamed gum margin and treat plaque around the neck of the tooth, but without addressing the underlying cause the inflammation returns, so good oral hygiene is essential.
  • Periodontitis: For periodontal pockets, a laser is used to clean the inner wall and reduce bacteria; however, the depth of the pocket and the condition of the bone determine whether this will help in a given case.
  • Aphthae and erosions: Laser treatment is used to treat painful areas of the mucosa in order to reduce discomfort, but healing depends on the cause and the patient's general condition.
  • Cold sores on the lips: In the early stage, a laser is used to treat the outbreak to shorten the healing period, but with deep lesions the effect is limited and the dentist decides on the approach.
  • Fibromas and small growths: Benign mucosal lesions are removed with a laser, which is less traumatic than a scalpel; however, histology is performed when indicated.
  • Frenula and bands: A laser is used to release the labial or lingual frenulum if it restricts movement, but the need for the procedure is determined by anatomy and function.

Individual Procedures: Whitening and Others

In whitening, the laser activates the gel on the enamel surface. It does not make teeth whiter than the gel composition allows, and it does not eliminate sensitivity. The result depends on the starting shade and the presence of fillings. Another use is treating the socket after tooth extraction: the laser removes inflamed tissue and reduces bleeding. During implantation, it is sometimes used to prepare the site, but this is not a mandatory step and is decided by the surgeon. In orthodontics, the laser is used to treat tissue around braces when the gums are inflamed. Reviews of this technique often focus on comfort, but the clinical result is assessed by imaging and the condition of the tooth. A laser can open an abscess or treat a fistula if there are indications. In cosmetic dentistry, it is used to correct the gum contour before prosthetics. None of these procedures replaces diagnostics: first imaging and examination, then the choice of instrument. If the case is complex, the laser may be only part of the plan, not the main solution.

How are periodontitis and periodontal disease treated with a laser?

Diseases around the tooth are treated in different ways, and here the laser is a tool, not a standalone method. Below is what exactly it does in the gum.

Periodontitis and periodontal disease are different conditions

Periodontitis is inflammation. It starts with plaque at the gum margin, which turns into dental biofilm, and the gum becomes red and bleeds when brushing. Then the inflammation spreads along the root, the periodontal ligament is destroyed, and a periodontal pocket forms. A pocket is no longer just swelling: it is a space between the root and the gum where bacteria and tartar accumulate. The bone around the tooth gradually decreases, and the tooth begins to loosen. Periodontal disease is a term patients often use for everything. Strictly speaking, it is a dystrophy of periodontal tissues without pronounced inflammation, it is rare, and there are usually no pockets with it. Confusion in words leads to confusion in treatment: in periodontitis, the main task is to remove inflammation and calculus from the pocket, while in periodontal disease the approach is different. What exactly a person has on imaging is decided by the doctor after examination and tomography. The laser does not replace either treatment; it works as an addition to mechanical debridement.

Treatment of periodontal pockets

First, the pocket is rinsed and cleaned out. By hand, with ultrasound, with curettes — the instrument is selected according to the depth and location of the pocket. Laser exposure follows or is combined with this step. The fiber is inserted into the pocket, and the light works at a shallow depth: it evaporates remnants of soft plaque, disinfects the surface, and removes granulation tissue from the pocket wall. Some techniques involve treatment through the gingival margin, without an incision. Others are performed after flap surgery, when the gum has already been reflected and the root is visible. Which option is chosen depends on the clinical picture: the depth of the pockets, tooth mobility, and how much bone has been lost. Whether one session or several is also decided by the doctor; there is no universal number. Laser treatment of caries is structured differently: there the light works on the hard tissues of the tooth, not on the gum, and that is a different task. After the procedure, the pocket may not close completely — the gum fits more tightly, but the treatment cannot restore lost bone. It is important to understand this in advance.

What happens to the gum tissues

  • Plaque and calculus: these are removed mechanically, and the laser clears away the remnants and disinfects the root surface in areas where a curette can barely reach.
  • Inflamed pocket wall: granulation tissue and altered epithelium are vaporized so that the gum can fit more tightly against the root.
  • Bleeding: the light coagulates small vessels, so after treatment the gum bleeds less than after mechanical scaling alone.
  • Swelling: in the first days after the procedure, the gum may be sensitive and slightly swollen — this is a reaction to the intervention, not a complication.
  • Bone loss: the laser does not restore it. If a significant amount of bone has been lost, other methods are discussed — flap surgery, splinting, implantation.

Combination with other procedures

ProcedureWhat it doesHow it relates to the laser
Ultrasonic scalingRemoves calculus from the root and from the pocketPerformed before laser treatment, prepares the surface
CurettageCleans out the pocket walls manuallyThe laser complements it, does not replace it
Flap surgeryOpens access to the rootLaser treatment is performed during the surgery
Laser treatment of periodontitisDisinfects and removes granulation tissueOne of the stages, not a separate course
SplintingStabilizes mobile teethPrescribed separately, according to indications
Antibacterial therapySuppresses the microflora in the pocketThe regimen is determined by the doctor

Equipment for laser treatment in the clinic

The device determines the wavelength, and that determines which tissue can be treated. Below are the types of devices, what is consumed during the procedure, and how the instruments are prepared for an appointment.

Types of devices and wavelength

Every device is built around an active medium and a wavelength. Diode models emit in the near-infrared range, most often around 810, 940, or 980 nanometers. This radiation is absorbed by hemoglobin and water, which makes it suitable for soft tissues: gums, mucosa, and the contents of the periodontal pocket. Erbium lasers — erbium-chromium and erbium-yttrium-aluminum garnet — produce a wavelength of around 2780 and 2940 nanometers. Water absorbs it strongly, so this beam also works on hard tissues: enamel, dentin, and bone. Hence the difference in tasks: one device is used to treat the gums, another to prepare and remove deposits. Power is measured in watts, but it is not the only factor affecting how a procedure goes. What matters is the mode — pulsed or continuous — along with pulse duration, fiber diameter, and distance to the tissue. The same device behaves differently at different settings, so the choice of mode is up to the dentist. In practice, there is no model that suits every task equally well.

Consumables and handpieces

  • Fiber optic tip: a thin glass fiber that carries the beam to the tissue; after the procedure it is shortened or replaced, because the tip melts and loses its shape.
  • Handpiece: the body into which the fiber optic tip is inserted; it can be straight or angled, for different access areas, and is removed for disinfection between appointments.
  • Protective eyewear: filters matched to a specific wavelength — separately for the dentist, assistant, and patient; ordinary sunglasses are not suitable here.
  • Suction and aspiration: remove the smoke and water aerosol generated during tissue treatment; without them, the office smells of burning.
  • Disposable covers: cover the handpiece, buttons, and foot pedal; after each patient they are removed and discarded, not wiped down or reused.

Sterilization and instrument processing

A laser instrument comes into contact with mucosa and blood, so the same rules apply to it as to any dental instrument. Removable parts — handpieces and holders — undergo disinfection, cleaning, and sterilization in a class B autoclave. This is steam treatment under pressure, which kills bacteria, viruses, and spores. The fiber and tip are usually single-use: they are changed for each patient or shortened, because they char after contact with tissue. The device body and control panel are wiped with a disinfectant solution, and the buttons and foot pedal are covered with film. Eye protection is a separate matter: glasses are selected by wavelength, and there should be several pairs in the operatory. The water that cools the treatment area runs through tubes; these are flushed and replaced according to protocol, otherwise biofilm builds up inside. A sterilization log is kept for each batch — it allows you to trace how the instrument was processed on a specific day. Some consumables are single-use, while others require regular maintenance.

What to ask about the technology during a consultation

  • Type of device: whether it is a diode or an erbium laser — this determines whether it is used only on the gums or also on hard tissues (enamel, dentin, bone).
  • Wavelength and mode: ask what range is being used and why a pulsed or continuous mode was chosen for your case.
  • Optics: whether there is a microscope with 25× magnification, so the dentist can see the field and control the movement of the beam rather than working blind.
  • Consumables: whether the fiber optic tip is disposable, how often handpieces are replaced, and whether they are included in the treatment plan or billed separately.
  • Sterilization: what class of autoclave is used and whether an instrument processing log is kept — this is a legitimate question, not a sign of distrust.
  • Diagnostics before the procedure: whether cone beam computed tomography is performed and whether an intraoral 3Shape scanner is used to assess the area before the intervention.

How does laser treatment differ from ultrasound and the drill?

The difference is not which instrument is stronger. Lasers, ultrasound, and the drill solve different problems and behave differently in tissues.

Comparison by tasks and tissues

CriterionLaserUltrasoundDrill
Primary purposeTreatment of soft tissues, gumsRemoval of plaque and calculusPreparation of hard tissues
What it affectsGums, mucosa, granulation tissueCalculus, plaqueEnamel and dentin
Depth of actionSurface layerTooth surfaceDepends on the handpiece
BleedingLower due to coagulationNormalNormal
Noise and vibrationNonePresentPresent

Sensations and how the procedure goes

A laser does not press on tissue or vibrate. Patients describe the sensation as warmth or a slight tingling. Anesthesia is not always needed, but it is used for deep gum treatment. The dentist guides the handpiece along a set path, and the device works in short pulses. An ultrasonic scaler removes calculus mechanically, with water cooling. The sensations are familiar: tapping and coolness. The drill removes hard tissue — vibration and sound are more pronounced, and anesthesia is unavoidable. Procedure times are comparable, but everything depends on the clinical picture. In reviews, laser dental treatment is more often described as calmer in terms of sensation, though this is subjective. The mode for a specific area is chosen by the dentist. The length of the appointment depends on the scope: treating a single pocket and preparing a cavity take different amounts of time. If the patient is anxious, the dentist may offer a break or additional pain relief — this is discussed in advance. After the procedure, there may be slight sensitivity, which resolves on its own.

Where the laser falls short of conventional methods

A laser does not replace a drill where a large volume of hard tissue needs to be removed. A carious cavity of considerable depth is prepared with a handpiece. The filling material is also placed after mechanical preparation. Ultrasound is indispensable for removing dense calculus from the enamel surface: a laser cannot accomplish this task. There are limitations on the depth of effect. In certain risk zones, laser radiation is used with caution, and the dentist chooses another method. The cost of the device and consumables is higher than that of a conventional handpiece, so the method is not available everywhere. Sometimes a combination is more reasonable: first the drill, then the laser for treating the gingival margin. There is no universal instrument. If the cavity is located at the cervical area of the tooth or under the gum, access is limited, and a mechanical instrument may prove more precise. When working near the pulp, overheating is dangerous, so the hard-tissue mode requires cooling control. In some clinics, the laser is used only for soft tissues, while hard tissues are prepared conventionally. This is not a drawback of the method, but a matter of equipment and the dentist's training.

How the dentist chooses a method

  • Purpose: if calculus needs to be removed from the enamel, ultrasound is used; for treating gums and granulation tissue, a laser is suitable.
  • Tissue condition: with deep caries and a large cavity, a drill is used for preparation; a laser will not help here because the volume of dentin to be removed is too large.
  • Area of intervention: near nerves and delicate structures, the setting is selected with particular care, and sometimes a laser is avoided altogether.
  • Patient sensations: with increased sensitivity or fear of the drill, an alternative is discussed, but the choice remains with the dentist.
  • Combination: the methods are often combined in a single appointment — this depends on the clinical picture and treatment plan.

What to remember

A laser is a tool, not a substitute for diagnosis

Laser treatment does not replace examination, imaging, and tests. It helps the dentist perform part of the work: remove inflamed tissue, treat a periodontal pocket, and disinfect the treatment area. But the decision of where and how deep to act is made based on diagnostic findings. Without an X-ray and an examination, any intervention becomes a blind procedure. Cone beam computed tomography shows the volume of bone tissue and the position of roots, sinuses, and nerves. A microscope with 25× magnification makes visible what the naked eye cannot see: cracks, remnants of old material, and the boundaries of inflammation. An intraoral scanner records the topography of the teeth and gums so that changes can be tracked objectively rather than from memory. The laser is used after the clinical picture is clear. It does not replace any of these steps and does not work instead of them.

The dentist determines the indications

The list of situations where a laser is appropriate is broader than it seems. But it is not suitable for everyone or in every case. The doctor assesses the condition of the gums, the depth of the pockets, bone density, and the presence of implants or fillings near the treatment area. They take into account underlying conditions and medications that affect clotting and healing. Sometimes a laser is a reasonable choice. Sometimes ultrasonic scaling or mechanical debridement is enough. And sometimes caries must first be treated, an acute flare-up resolved, or blood pressure stabilized, and only then can the question of a laser be revisited. The decision is made at the appointment, based on the clinical picture. The patient can ask about the method, but it is the doctor who determines the indications — and explains why this particular approach was chosen. If the case is borderline, the doctor may suggest watchful waiting or refer the patient to a specialist.

The number of visits depends on the case

It is rarely resolved in a single procedure, but there is no universal schedule either. Everything depends on what is being treated: localized inflammation in one area or a widespread process throughout the oral cavity. On the depth of tissue involvement. On how the body responds to the intervention. On home hygiene — if plaque accumulates again, the work has to be repeated. The doctor schedules follow-up examinations to assess the dynamics: whether the pocket has decreased, whether the swelling has subsided, how the gums look. Based on the examination findings, the plan is adjusted. Sometimes sessions are added, sometimes reduced. It is impossible to state the exact number of visits in advance — that would be a promise with nothing to back it up. It is more honest for the patient to know that the schedule is determined as treatment progresses, not by a template.

Limitations are clarified before the procedure

Before the procedure, the doctor takes a medical history. They ask about chronic conditions, surgeries, allergies, and medications. Separately, about blood-affecting agents: anticoagulants and antiplatelet drugs. About hormonal medications and whether there has been treatment for cancer in the head and neck area. They check whether there is pregnancy or a pacemaker. This information is not a formality. It changes the approach: in some cases the laser is postponed, in others a different mode is chosen, and sometimes an alternative method is offered. The patient should bring discharge summaries and a list of medications they take, rather than relying on memory. If anything has changed since the last visit — new prescriptions, a recent surgery — this should be mentioned before the procedure begins, not after. The doctor may ask follow-up questions about how the patient feels on the day of the appointment.

Questions about laser dental treatment

The cost of laser treatment depends on the extent of the intervention, the number of teeth or canals treated, the type of anesthesia, and whether additional diagnostics are needed. The price is quoted by the doctor during the examination, after reviewing the images and drawing up a plan: some cases can be treated in a single visit, while others require several stages. The final amount is also affected by the filling materials and the need for follow-up monitoring after the procedure. For current figures, see the pricing section on this page — all price list items are listed there.

In laser cavity treatment, tissue is removed layer by layer and without vibration, so the procedure is quieter and often drill-free in the early stages. The beam vaporizes the affected dentin and simultaneously disinfects the cavity, which reduces the risk of recurrence under the filling. However, with deep cavities and nerve involvement, traditional instruments and endodontic treatment are still required. The decision on the method is made by the doctor after an examination and X-ray: sometimes the laser is used as a supplement rather than a replacement.

In periodontitis, the laser is used to treat periodontal pockets: the beam removes granulation tissue and bacterial plaque, after which the tissues heal with less swelling. The procedure does not replace professional cleaning and scaling and root planing — it complements them, so it is usually performed as part of a comprehensive treatment. The effect is seen in reduced bleeding and pocket depth, but in advanced stages surgical treatment may be required. The doctor assesses the condition of the gums during the examination and schedules maintenance visits.

Reviews of laser treatment most often mention the absence of pain and vibration, as well as calmer healing after the procedure. Patients write that treatment takes less time and does not require a long recovery, especially when treating the gums. There are also more reserved reviews: for deep cavities or complex canals, conventional methods are still used. Our rating of 4.9 from 312 reviews on 2GIS, Google and Yandex is an overall rating of the clinic, not of an individual procedure; you can read the details on those platforms.

In dentistry, the laser is used to treat cavities, disinfect root canals, treat periodontitis, perform frenectomy, and remove small growths on the oral mucosa. The laser is also used for teeth whitening and disinfection before implantation, but in each case the method is selected individually. It is not universal: for significant tooth destruction or complex canal anatomy, other instruments are needed. At the initial appointment, the doctor will explain which procedures are appropriate in your situation and show you the treatment plan.

Reliable reviews of laser treatment usually contain specifics: the date of the visit, a description of the procedure, the doctor's name, and the result — not just general emotions. It helps to look at platforms where reviews can be verified — for example, 2GIS, Google and Yandex, where reviews are linked to the business. Our rating of 4.9 from 312 reviews is based on ratings on these three platforms, and we do not delete criticism. If you have doubts, come in for an initial appointment: the examination and treatment plan cost 0 ₸, and you can evaluate the clinic for yourself.

In reviews of laser cavity treatment, people most often praise the absence of the drill and fast healing, but it is important to understand that the method is not suitable for all stages. If the cavity is superficial or moderate, the laser can handle it in a single visit; for deep lesions and pulpitis, conventional treatment and root canal therapy are needed. Before the procedure, the doctor takes an X-ray and checks tooth sensitivity so as not to miss hidden inflammation. You can book an examination by phone at +7 747 093 89 86, daily from 9:00 to 20:00.

Yes, lasers can be used to treat root canals: they vaporize infected tissue and disinfect hard-to-reach branches where instruments don't always reach. The procedure is performed under a microscope with 25× magnification to control depth and avoid damaging healthy walls. A laser cannot completely replace mechanical preparation, so it is used as an adjunct to conventional endodontics. If the canal is severely curved or filled, the doctor will first evaluate a CBCT scan and decide whether laser treatment is appropriate in that specific case.

Laser treatment does have contraindications, but they are few: decompensated diabetes, cancer in the treatment area, a pacemaker, first-trimester pregnancy, and acute inflammation with purulent discharge. Side effects are usually limited to temporary sensitivity or gum swelling that resolves within one to two days. Before the procedure, the doctor takes a medical history and, if necessary, refers you for a consultation with a relevant specialist. If you are taking anticoagulants or undergoing radiation therapy, be sure to mention this at your initial visit.

The laser application itself is painless because the beam does not contact tissues mechanically, and most procedures are performed under local anesthesia. Patients describe the sensation as mild warmth or tingling; discomfort occurs only during the injection of the anesthetic. After the procedure, minor sensitivity is possible, which is relieved by a standard painkiller. If you feel anxious before treatment, tell your doctor in advance — they will select the appropriate type of anesthesia and, if needed, offer sedation.

We are open daily from 9:00 AM to 8:00 PM, no days off. The clinic is in Almaty, at 133/6 Kanyš Satpaev Street, JAZZ residential complex. Phone for appointments: +7 747 093 89 86. Initial examination and treatment plan: 0 ₸.

Address: Almaty, 133/6 Kanyš Satpaev Street, JAZZ residential complex. Free parking for patients. Phone for appointments: +7 747 093 89 86. We are open daily from 9:00 AM to 8:00 PM.

Warranty up to 5 years. The clinic has been operating since 1995, with a rating of 4.9 based on 312 reviews on 2GIS, Google and Yandex. Initial examination and treatment plan: 0 ₸. We are open daily from 9:00 AM to 8:00 PM.

Installment plan for 24 months with Jusan bank or 12 months with Kaspi. Initial examination and treatment plan: 0 ₸. We are open daily from 9:00 AM to 8:00 PM. Phone for appointments: +7 747 093 89 86.

Initial examination and treatment plan: 0 ₸. There is no separate fee for the first visit. Warranty up to 5 years. Installment plan for 24 months with Jusan bank or 12 months with Kaspi.

Parking is free. The clinic is in Almaty, at 133/6 Kanyš Satpaev Street, JAZZ residential complex. We are open daily from 9:00 AM to 8:00 PM. Phone for appointments: +7 747 093 89 86.

Reviews of laser dental treatment

4,9
35 reviews on the site
35 ratings
ВВиктория В.26 August 2026
★ 5,0

They placed a filling, matched the color, and took a follow-up X-ray at the end. The filling isn't visible, the color matched, and I've already gotten used to the idea that it's all behind me. I was satisfied. They gave me the contract and receipt without me having to ask, and I'm grateful for that too. The anesthesia worked completely, I felt nothing, no complaints there. They saw me right on time, no waiting, a small thing but nice. They answered my questions even after the appointment, via messenger. Sterility was visible, instruments were opened in front of me, the way it should be.

ИИрина З.13 August 2026
★ 5,0

The tooth doesn't bother me, there's no sensitivity to cold, and I've already gotten used to the idea that it's all behind me — that's a separate story. A filling was placed and the color was matched. I chose the clinic based on reviews.

ДДенис У.2 August 2026
★ 5,0

At first I just wanted to look around and compare prices. My pulpitis was treated over two visits, with anesthesia, and I didn't feel a thing. It seems to me that the people here simply love what they do.

ААсель Н.2 August 2026
★ 4,0

The night pain stopped right after the first visit. And that was it. They placed a filling, matched the color, used anesthesia, I didn't feel a thing. I ended up here by chance, I was nearby. Five out of five. They answered my questions even after the appointment, via messenger. They gave me the contract and receipt without me having to ask, thanks for that too. Sterility is out in the open, instruments were opened in front of me. Shoe covers, a cup, a napkin — little things, but everything was there, no complaints about that.

ААсем Т.15 July 2026
★ 5,0

They placed a filling, matched the color, and polished it until it no longer caught. Shoe covers, a cup, a napkin — small things, but everything was there. I never regretted it once. Ayaulym explained why it's not worth putting off — and that was exactly what I was afraid of —!

ТТимур Т.26 June 2026
★ 5,0

Booked through the website, got a call back about ten minutes later. What won me over was that they didn't push anything unnecessary. Just like that. They redid a root canal under a microscope in a single visit. You can't even see the filling, the color matches perfectly.

Clinic administrators check the appointment schedule on the screen at the front desk
Still have questions

Still have questions about Laser Dentistry?

Message us on WhatsApp or give us a call — the clinic is open daily from 9:00 to 20:00. Initial examination and treatment plan — 0 ₸, free parking.

free parking133/6 Kanysha Satpayevaopen daily, no days off9:00 — 20:00Jusan bank — 24 months, Kaspi — 120% installment plan
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