Laser Dental Bone Remodeling in Limassol

Laser dental bone remodeling is a type of dental procedure wherein, through the use of a low-level laser, the bone is stimulated into rebuilding and healing itself at faster rates. It is a non-invasive procedure which promotes remodeling of the bone up to its higher levels of maturity.

Laser bone remodeling can be applied in a wide variety of dental applications to yield improved results and expedite the rehabilitation process, including:

• Dental Implants: A dental implant will strengthen the area around the implant and therefore provide a strong, greater foundation.
• Bone Grafting: To speed up the process of grafting the bone material with bone of the jaw.
• Periodontal Surgery: To ensure a quicker healing of gum tissues as well as bone tissues after the treatment of severe cases of gum disease.
• Post-Extraction Healing: To speed-up bone regeneration in the socket left behind following extraction of a tooth, the site being made ready to receive an implant, or a bridge.

It depends on the body’s healing process, the treatment and the approach taken. According to traditional bone remodeling, the process may take from 3 to 9 months since new bone is built up gradually after the old bone has been broken down. Yet, a laser bone remodeling which is less invasive and uses advanced dental lasers to promote bone healing, can quicken the process by a lot.
Some patients see great results within just weeks, but it takes anywhere from 3 to 6 months for the complete remodeling of the bone to be finished with laser-assisted surgery. This happens because laser treatment boosts cellular work, increases blood supply and decreases inflammation, all of which help repair bones more quickly.
How long treatment takes can be affected by the extent of bone loss, the patient’s general health and how well they take care of their teeth and gums. To make sure your new bone structure is stable and growing correctly, your dentist will check you during follow-up visits.

No, the procedure is typically painless and requires no anesthetic. Patients may feel a slight warmth from the laser, but there is no cutting or discomfort involved.

Yes, it is a very safe procedure when performed by a trained dental professional. Low-level dental lasers are non-ionizing and have been cleared by regulatory bodies for use in these applications.

This is done by a principle known as Photobiomodulation (PBM). The cells in the bone and within and surroundings are then energized, due to the absorption of the laser light on the mitochondria of the cells. This cellular activity boosts the activity of bone-building cells (osteoblasts) and bone resorbing cells (osteoclasts) causing an acceleration of the bone remodeling process and more predictable bone remodeling.

This is applying laser as a method to actively spur the development of fresh bone tissue. It is a practice of PBM. Laser light stimulates new cell growth (osteoblasts), improving bone formation and healing, in a fracture or bone loss region.

Osteoplasty is the modification of bone. When it is done in a laser-assisted way, this means there is high powered laser and is used as a precision cutting tool that removes or reshapes all the bones in a minimally invasive manner. This contrasts with the regenerative capabilities of PBM and is more surgical in intent (e.g. in a dental or orthopedic operation the bone is removed with a purpose in mind).

Osseointegration is the biological process of a device and bone growing together. Laser osseointegration entails the preparation of implant surface or bone using a laser to improve such a bonding process. The laser may smooth the surface of the implant to have a microscopically rough surface so that it gives the bone cells something to anchor more easily and speed up the process.