Background: The evolution of rhinoplasty surgery over the past twenty years...
Custom midface mask implants are a specific subtype of custom facial implants that act as a single, continuous skeletal “overlay” for the central face rather than separate cheek or infraorbital pieces. Think of it as a one-piece midface framework that sits on top of the maxilla and along the infraorbital rims and cheeks.
What a “midface mask” implant is
A custom midface mask implant:
Is designed from a 3D CT scan
Covers the infraorbital rims + malar bodies + paranasal/maxillary region
Functions as a continuous facial skeleton augmentation
Is screw-fixated to bone
Primary effect is forward projection, lateral cheek width augmentation can be included but often is not a primary objective ormay not be wanted at all.
It’s essentially a structural advancement of the midface without moving the bones.
Key indications
Best used for patients with:
Global midface hypoplasia
Flat central face with poor cheek + paranasal support
Negative vector midface (eye projects more than cheek)
Long-standing tear trough deformity due to skeletal deficiency
Patients not wanting orthognathic surgery but needing multi-zone correction
What it improves (aesthetically & structurally)
Under-eye support (infraorbital rim)
Tear trough depth
Cheek projection (malar body)
Nasolabial fold support
Paranasal hollowing
Overall facial convexity
Because it’s one continuous implant, it:
Eliminates step-offs between implants
Maintains smooth contour transitions
Improves placement and symmetry control
Design characteristics
Custom design allows control of:
Forward projection of the entire midface(most critical)
Vertical height of the infraorbital rim
Malar prominence (avoid over-round cheeks)
Paranasal thickness
Edge feathering for invisibility
Can be designed as one or two pieces
Typical thickness ranges:
2–4 mm infraorbital
3–6 mm malar/paranasal
(varies by anatomy and goals)
Materials
Most commonly:
Silicone (preferred for mask implants)
Easiest placement with less risk of infraorbital nerve injury
Precise geometry
Feathered edging
Excellent for large, thin, multi-zone constructs
Can be intraoperratively modified/adjusted if needed
Most cost-effective material
Surgical approach
Intraoral incision for maxillary/paranasal portion
Lower eyelid incision (subciliary or transconjunctival) for infraorbital rim placement (uncommonly needed
Multiple screw fixation points
May be combined with:
Buccal fat flap transposition for coverage
Advantages over separate implants
Better structural continuity
Stronger midface support
Less risk of visible implant edges
More predictable aesthetic outcome
Ideal for severe or global deficiency
The midface mask implant illustrates the benefits of a custom design process where large facial skeletal areas can be augmented previously thought only possible by bone movements with less risk and better aesthetic outcomes wbile still being reversible.