Patient Education · The Implant, Explained
8 – 16 MM · TITANIUM
Titanium, meet bone.
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Anatomy of an Implant

Three parts. One new tooth.

The Crown The visible tooth — milled porcelain or zirconia, matched to your smile under gallery light.
The Abutment The precision connector — machined titanium linking crown to root below the gumline.
The Fixture · The Root Medical-grade titanium, placed in the jaw. Bone grows onto its surface — osseointegration — until it is functionally part of you.
What It Actually Is

A new root, engineered in titanium.

A dental implant is not a false tooth glued in place. It is a precision titanium root placed where your natural root once was. Over eight to twelve weeks, living bone fuses to its surface — a process called osseointegration — until the implant is as firmly anchored as the tooth it replaced.

Onto that root goes an abutment, and onto the abutment a crown, bridge, or full arch. One implant can carry one tooth; four to six can carry an entire jaw of fixed teeth.

Because the root is back, the bone around it stays stimulated and stops shrinking — which is why implants, unlike dentures, preserve the face as well as the smile.

Material
Grade 4/5 Titanium
Typical Length
8–16 mm
Integration
8–12 weeks
Success Rate
95%+ documented
Placed Under
Guided surgery
Comfort
IV sedation available

Figures are typical ranges for conventional implants in healthy bone; your plan is engineered to your anatomy.

Inside the Tooth

First, meet the anatomy an implant replaces.

Enamel, dentin, pulp — and the root canal at the center. A cinematic tour of the tooth, and the honest line between saving one and replacing one.

Explore the Root Canal →
ZYGOMA POSTERIOR MAXILLA FIG. 02 — ZYGOMATIC ANCHORAGE
Advanced Option · 01

The zygomatic implant.

When years without teeth have dissolved the upper jaw, conventional implants have nothing to hold. The zygomatic implant bypasses the missing bone entirely — a long implant anchored in the zygoma, the dense cheekbone that never resorbs.

For patients told "you don't have enough bone for implants," this is very often the honest answer: fixed teeth, without years of grafting.

Bone Engaged
Zygomatic bone
Typical Length
30–60 mm
Main Use
Severe maxillary atrophy
Surgical Difficulty
★★★★★
Ask If You’re a Candidate
Advanced Option · 02

The pterygoid implant.

The back of the upper jaw is where bone disappears first — and where sinus grafts usually become necessary. The pterygoid implant takes a different path: angled behind the sinus into the pterygoid process of the sphenoid bone, dense anchorage that is simply out of the sinus's way.

The result: fixed molars without a sinus lift, shorter treatment time, and support exactly where chewing forces are highest.

Bone Engaged
Pterygoid process · sphenoid
Typical Length
15–25 mm
Main Use
Posterior maxilla, no sinus graft
Surgical Difficulty
★★★★
Discuss Your Scan
SINUS PTERYGOID SPHENOID MOLAR SITE FIG. 03 — TRANS-SINUS BYPASS PATH
The Complete Toolkit

Advanced implant types, compared.

When conventional placement isn't possible, anatomy offers alternatives. Knowing all of them is what turns "you have no options" into a plan.

Implant TypeBone EngagedTypical LengthMain UseSurgical Difficulty
ZygomaticZygomatic bone (cheekbone)30–60 mmSevere maxillary atrophy★★★★★
PterygoidPterygoid process of the sphenoid bone15–25 mmPosterior maxilla without sinus graft★★★★
TransnasalLateral wall / floor of nasal cavity20–30 mmSevere anterior maxillary deficiency★★★★★
TranssinusThrough maxillary sinus to anterior wallVariableModerate posterior maxillary resorption★★★★
TuberosityMaxillary tuberosityVariableDistal maxillary support★★★★★
Transalveolar (Tilted)Angled within alveolar boneStandardAvoiding sinus / nerve without grafting★★★★★

Difficulty ratings reflect relative surgical complexity. Advanced techniques are recommended only when a CBCT scan shows conventional placement is not the better answer.