What's an iTero Scanner?
Intraoral 3D scanner. Standard for Invisalign and modern dentistry.
Implant brands, ceramic systems, and choosing materials. · 49 articles
Intraoral 3D scanner. Standard for Invisalign and modern dentistry.
Swiss precision, 30+ years of data, SLActive surface. Here's the value.
Software that previews your cosmetic result before treatment.
Both work well. CEREC is faster. Traditional allows more artistry.
The original dental implant brand. Modern products remain top-tier.
Aligner fabricated by 3D printing. Faster than traditional mould.
Both are used. Ultrasonic is faster; hand is more delicate. Here's when each.
Both are excellent. Location and bite force guide the choice.
Thin resin over pit and fissure surfaces. Prevent cavities.
Digital wins on comfort and accuracy. Physical still used occasionally.
Newer aligner material moves teeth more predictably. Here's why.
Heat-pressed lithium disilicate. Premium crown and veneer material.
What holds fillings and veneers to teeth. The chemistry matters.
The most aesthetic ceramic. Requires master ceramist. Here's when it's worth it.
Zirconium dioxide ceramic. Very strong, back teeth preferred.
Surface technology affects healing speed. Here's what's current.
One of the largest dental materials makers. Here's their key product line.
The standard dental implant material. Proven for decades.
From nickel-titanium to beta-titanium, each wire has a phase.
The original lithium disilicate maker. Industry standard for veneers and crowns.
Silver-coloured metal filling. Being phased out.
Modern crowns usually use resin cement. Here's the difference.
Largest dental equipment maker. Provides CEREC, imaging, and instruments.
Tooth-coloured plastic-ceramic filling. Standard modern choice.
How modern fillings achieve natural appearance. Art meets science.
Fluoride-releasing cement. Used in specific dental applications.
E.max, zirconia, and feldspathic compared by MPa (strength).
The pink plastic base of dentures. Methyl methacrylate.
Loose screws cause implant crown problems. Here's the torque science.
Older crown technique. Metal core with porcelain overlay.
Two crowns on supporting teeth + one pontic to replace missing tooth.
Non-metal, tooth-coloured material. Multiple types for different uses.
Computer-designed, machine-milled restorations. Same-day possible.
Hand-held device that digitally maps teeth. Replaces impressions.
Materials accepted by body without adverse reaction.
Chemicals that bond restorations to tooth structure.
Resin-based coating. BPA-free formulations standard.
Silicone or alginate for traditional impressions. Digital replacing.
Light energy for soft or hard tissue work. Multiple types.
Strong adhesive for crowns and veneers. Light or chemical cured.
Building up porcelain in layers for natural appearance.
Intermediate layer that conditions dentin for adhesive.
Rough surfaces integrate faster than smooth. Multiple treatments.
Gutta-percha and sealer fill root canals. Heat-softened for placement.
Physical model of proposed restorations. Often replaced by digital preview.
Metal, ceramic, or self-ligating. Choice affects aesthetics and efficiency.
Inner structural layer of a crown. Metal or zirconia usually.
Grade 4 or 5 most common. Both excellent for implants.
Fluoride-rich coating applied professionally. Strong cavity prevention.
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