VENEER

Porcelain veneers are one of today’s most sought-after cosmetic dentistry solutions, designed to transform your smile while preserving as much of your natural tooth structure as possible. The treatment involves bonding an ultra-thin shell of porcelain — just 0.2 to 0.5 mm thick — to the front surface of the tooth. Depending on the condition of your existing teeth, your dentist may recommend a no-prep approach or only minimal reshaping of the natural enamel.

Our Veneer Fabrication Methods

  1. E.max Press (Pressed Lithium Disilicate) A heat-press technique in which ceramic ingots are melted at extremely high temperatures and pressed into a pre-formed mould. Because the result isn’t limited by a fixed veneer shape, the final outcome depends largely on the skill and artistry of the dental technician.
  2. E.max CAD/CAM (Digitally Milled) Using a fully digital workflow, the restoration is scanned, digitally captured, and designed in professional 3D design software. A precision milling unit then cuts each veneer from a solid ceramic block. This method delivers exceptional accuracy through modern digital technology.
  3. Hand-Layered Porcelain (Feldspathic Veneers) Our technicians cast a refractory die model, then build and shape the porcelain layer by layer directly on the model. This approach is highly effective for ultra-thin and no-prep veneer cases, where precision and minimal thickness are critical.

Closing a Midline Gap (Diastema) with No-Prep Veneers

The Starting Point

  • The patient presented with a gap between the two upper central incisors, noticeably affecting the harmony of the smile.
  • Their goal was simple: close the gap without altering the shape of the surrounding teeth.
  • A key requirement was full preservation of the natural tooth structure — no preparation, no enamel removal.

Before

In the Lab

  • We captured the case using 3D intraoral scanning, recording the full arch along with the shape and structure of each tooth.
  • The case was reproduced as a precise physical model using digital 3D printing.
  • The veneers were crafted from a high-strength glass-ceramic, chosen for its ability to withstand functional bite forces while delivering a natural, lifelike aesthetic.

In Laboratory

The Outcome

  • The veneers achieved an ideal result in both gap closure and colour match.
  • The workflow ran smoothly from try-in through to final bonding.
  • The patient was delighted to have closed the gap while keeping their natural teeth fully intact.

After

REAL CLINICAL CASE

The Starting Point

  • The patient presented with multiple spaced teeth, leading to frequent food trapping and a compromised smile aesthetic.
  • Their goal was a more harmonious smile with a natural shade — refined rather than overly white.

In the Lab

  • Chosen fabrication method: CAD/CAM milling from monolithic zirconia, delivering high strength and durability for the restoration.

The Outcome

  • The patient was satisfied at the try-in stage, with minimal adjustments required.
  • Final bonding was completed in a single appointment.

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