PDL (Precision Dimension Laser) Laser Surface Treatment

PDL :
1. the proteins adhesion which accelerate early bone healing
2. osteoblast cells adhesion
3. the induction of angiogenesis
4. the initial calcification
5. the exchange of nutrients
6. Stabilizing surface bone structure
7. Inhibition of dental biofilm formation

SUITABLE 6 SURGERIES
1. One Day Implant surgery –Immediate
Replacement and Immediate Loading Surgery
2. Narrow Defect Bone -GBR Implant Surgery
3. Implant Surgery for low dentistry (Aged people) and light inflation bone
4. Minimally Invasive Surgery
5. Full Mouth Reconstruction Surgery- All-On-Four Surgery
6. Digital Implant Surgery-CAD/CAM and Surgery Guide

Biomate PDL laser surface treatment is a type of hot working technique, which applies high energy density laser (up to 1700 ﾟC ), focusing on the metal surface to fuse and evaporate the surface with the heat.

This technique can form unique 3D pores with micro-nano & microchannel texture on implant surface. The microchannel can induce the precursor of osteoblast directional moving onto the implant surface, and the micro-nano 3D pore improves the efficiency of osteoblast adherence, proliferation, differentiation, and finally, bone formation.

Laser creates a thicker oxide layer
Laser produces an oxide layer called TiO2, which is formed on the surface of the pure titanium when contacting oxygen. The TiO2 layer with anatase texture can effectively increase the adhesion of protein and decreases the proliferation of fiber tissue. Meanwhile, the TiO2 layer can help to improve the connection between the bone and the implanted material and help to improve the proliferation of hydroxyapatite in SBF.

The structure of the surface is enhancing osseointegration, the micro- nano structure surface on multiple micro channels can help the absorption of protein and the adhesion of cell.