Laser Dentistry

We offer Laser Dentistry/ Dental Laser Treatment For Teeth in Delhi (Dwarka)

Oraa Care is one of the few dental clinics offering Laser Dentistry/Dental Laser Treatment For Teeth in Delhi for Endodontic/Root Canal Treatment, Gums Surgery, Tooth Whitening & more.

The popularity, preferment and progressive outcomes of laser treatment in other fields of health care, such as dermatology, ophthalmology, and plastic surgery have made patients more curious about the use and effectiveness of lasers in dentistry.

This longing facilitates the fact-finding and use of lasers in all areas of dentistry by patients and dentists alike.

Book an Appointment to schedule your consultation today!


Laser Dentistry: Introduction

Dental diode lasers, also referred to as soft-tissue lasers, are perfect for procedures that involve snipping and sculpting oral soft tissues.

As a medical equipment, diode lasers offer a huge spectrum of medical treatment prospective as they are competent in creating precision cuts in gingiva and other soft tissues while also discarding bleeding at the area and minimizing the healing time for the patient.

Soft tissue lasers are superior for tooth whitening, troughing around preparations, treating periodontal disease, and even sanitizing endodontic canals. Many of the new and advanced dental diode lasers are portable, flexible and simple to use with easy touch-screen controls.

Take a look and discover how soft tissue dental lasers can enhance your dental practice and procedures.


  • Soft tissue treatment and management are often less invasive, more precise, and prudent, conserving the healthy tissue while treating the affected area. This property significantly reduces inconvenience during treatment and reducers the requirement for local anesthesia for many procedures.
  • Dental Procedures undertaken using soft tissue dental lasers may not need sutures (stitches).
  • Reduces bleeding because the high-energy beam of light helps in the clotting (coagulation) of exposed blood vessels, thus obstructing blood loss.
  • Proximity to Bacterial infections is alleviated because the high-energy beam disinfectants the diseased site being worked on.
  • Likeliness of Damage to surrounding tissue is diminished
  • Tissues can be regenerated.
  • Wounds heals quicker
  • Certain procedures do not need anesthesia.

Types of Dental Lasers

The Food and Drug Administration (FDA) has approved of a range of soft and hard tissue lasers for use in the dental treatment of adults as well as pediatrics. Because dental lasers pride itself of possessing distinct absorption properties, they are used to perform particular dental procedures.

  • Hard Tissue Lasers: Hard tissue lasers boast a wavelength that is greatly absorbable by hydroxyapatite (calcium phosphate salt found in teeth and bone) and water, making them more coherent for cutting across tooth structure. Hard tissue lasers include the Erbium chromium YSGG and the Erbium YAG.

    The main use of hard tissue lasers is to cut through teeth and bones with utmost precision. Hard tissue lasers are most commonly used in the “prepping” or “framing” of teeth for conglomerated bonding, the eradication of small mass of tooth structure and the renovation of certain depreciated dental fillings.

  • Soft Tissue Lasers: Soft tissue lasers have a wavelength that is greatly absorbable by hemoglobin (oxygenating protein in red blood cells) and water, thus making them more optimal for soft tissue management. The most often used soft tissue lasers include Diode lasers and Neodymium YAG (Nd:YAG), which may be performed as an element of periodontal treatment procedure and have the competency to destroy bacteria and mobilize the re-generation of tissues. The carbon-dioxide laser decreases damage to surrounding tissue and eliminates tissue much quicker than the fiber optic method.

    Soft tissue lasers perforate soft tissue while securing nerve endings and blood vessels. This is the main reason why many patients feel practically no postoperative pain and discomfort following the use of a laser. Also, soft tissue lasers enable tissues to heal quicker. It is for this prime reason that a increasing number of aesthetic dental practices are executing the use of soft tissue lasers for gingival sculpting procedures and treatments.

Some dental laser technology has been developed that can be used to produce both soft and hard tissue laser energy, depending upon the patient’s requirements.

Furthermore to the lasers used for snipping and sculpting soft and hard tissues, other laser types are particularly formulated for checking the innermost of the teeth and cells using Optical Coherence Tomography, a non-invasive imaging methodology.

Other lasers offer energy and particular proteins that aids in circulating messages between cells to match the body’s natural capacity to use light spectrums to heal destructed cells.

Soft Tissue (Gum) Procedures

  • Crown Lengthening: Dental lasers can reconstruct gum tissue (soft tissue laser) and bone (hard tissue laser) to reveal healthier tooth structure. Known as crown lengthening, such restructuring offers a robust base for the placement of restorations.
  • Muscle Attachment (Frenula): A laser frenectomy is a perfect treatment option for children who are tongue tied (constrained or tight frenulum) and babies who have difficulty in breast feed sufficuently due to restricted tongue movement. A laser frenectomy may also aid to discard speech hitches.
  • Gummy Smile: Dental soft tissue lasers can restructure gum tissue to unveil the healthy tooth structure and improve the sight of a gummy smile.
  • Soft Tissue Folds (Epulis): Dental lasers may be used for the suture-free and painless elimination of soft tissue folds often caused by floppy dentures.

Applications of Soft Tissue Lasers

  • Seeing Tooth and Gum Tissues: Optical Coherence Tomography is an ideally a coherent technique to view the inside of tooth and gums in real time.
  • Benign Tumors: Dental lasers may be used for the suture-free, painless and discomforting elimination of benign tumors from the gums, lips sides of cheeks and palate.
  • Teeth Whitening: Low intensity soft tissue dental lasers may be used to activate and accelerate the bleaching process linked with teeth whitening.
  • Cold Sores: Low intensity dental lasers diminish pain levels connected with cold sores and also decrease healing time.
  • Nerve Regeneration: Photobiomodulation technique in soft tissue laser can be used to regenerate destroyed blood vessels, nerves, and scars.
  • Sleep Apnea: In situations where sleep apnea is an outcome of a tissue outgrowth in areas of the throat (which sometimes happens with age), a laser directed uvuloplasty or laser supervised uvula palatoplasty (LAUP) procedure can be conducted to restructure the throat and allay the corresponding breathing issues linked with sleep apnea.
  • Temporomandibular Joint Treatment: Soft tissue Dental lasers may be used to rapidly alleviate inflammation and pain of the temporomandibular jaw joint.

Other Applications of Soft Tissue Dental Lasers

  • Aphthous ulcer treatment
  • Biopsies incisional and excisional
  • Exposing subgingival caries
  • Denture epulis
  • Drug–incepeted gingival hyperplasia
  • Demolition (ablation) of lesions
  • Distal / proximal wedge procedure
  • Revealation of unerupted teeth
  • Ablation of pericoronal gingiva
  • Flap surgery
  • Frenectomy / frenotomy
  • Fibroma removal
  • Gingivectomy
  • Gingival troughing / retraction
  • Gingivoplasty (gingival re-sculpting or reshaping)
  • Hemostasis assistance / monitoirng
  • Speed up clotting of bleeding caused by other procedures
  • Incising and draining abscesses
  • Implant exposure
  • Operculectomy
  • Oral papillectomy
  • Ease off from pain from soft tissue irritations and inflammations
  • Reduction / elimination of hyperplastic tissue
  • Eradication of postsurgical granulomas
  • Soft tissue crown lengthening
  • Soft tissue incisions and excisions
  • Sulcular debridement
  • Soft tissue crown lengthening
  • Vestibuloplasty / frenuloplasty

Soft tissue dental Lasers exhibits a unique and more precise technology for certain soft and hard tissue applications. If you select a laser assisted dentist, you may discover that you experienced more comfort and less nervousness during your treatments.

The Future of Dental Lasers

Dental procedures in a short time may be performed more effectively, more conveniently and quicker and all the credits goes to the increasing popularity and pronounce of laser dentistry.

Laser Augmentation by Triggered Emission of Radiation technology has been incorporated in several kinds of medical procedures for years. A growing number of dental clinics across the globe will perform dental lasers as the technique persists to enhance and its cost reduces comparatively.

Dentists may soon start to more comprehensively use dental lasers during a professional dental cleaning procedure to clear off tartar and as a replacement for the conventional root planning procedure, which is presently conducted using a surgical device called a curette that can destroy the surrounding tissue.

Ultimately, dental lasers could make it feasible and virtually possible for dentists to get access to any part of a tooth, replacing the requirement for the conventional dental drill. This may further aid to relieve the anxiety and fury many people feel even before going to the dentist.

Considerations when Choosing a Dental Laser

  1. Wavelength
  2. Peak power
  3. Emission / duty cycle
  4. Pulse modes
  5. Minimum and maximum pulse width
  6. Size
  7. Portability
  8. Ergonomics
  9. Device price
  10. Per treatment cost
  11. Infection control protocols
  12. User interface
  13. Energy transport system
  14. Individual user profiles
  15. Availability of tool–specific training and the expense
  16. Producer’s stability, reliance and dependability