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At Clinica Viena in Medellin, we make veneers from two premium lithium disilicate ceramic systems: E-max and Amber Press. Both are renowned for their strength, translucency, and stain resistance. For patients who need a faster, more accessible option, we also offer composite resin veneers. The right material depends on your goals, budget, and dental health, and every case begins with a Digital Smile Design so you see the result before a single tooth is touched
What Are Veneers Made Of? The 3 Materials That Can Transform Your Smile, Ranked by a Cosmetic Dentist
Every week, I sit across from patients who have already spent hours researching veneers online, and almost every single one of them asks me the same thing: “Dr. Sara, what exactly are veneers made of? Is it all just porcelain?” It is a great question, and honestly, the answer matters a lot more than most people expect.
Here is the truth: not all veneers are the same material, and that difference directly affects how your smile looks, how long the veneers last, and whether the result actually fits you. I have been doing this for over 16 years, trained at Universidad CES, and have placed hundreds of cases using different ceramic systems. So let me walk you through the three main materials we work with, what makes each one different, and how I decide which one to recommend to my patients.
If you are considering veneers in Colombia, understanding the material is one of the most important decisions you will make before your first appointment.
The Short Answer: At Clinica Viena We Work with 2 Ceramic Systems and 1 Composite Option
Before we get into the details, here is exactly what we use at Clinica Viena, and why we chose these specific systems:
- E-max lithium disilicate ceramic (our primary ceramic system)
- Amber Press lithium disilicate ceramic (our premium hand-pressed option)
- Composite resin (our accessible, reversible alternative)
Each has a different composition, a different manufacturing process, a different lifespan, and a different visual result. We do not offer every material on the market. We offer the ones we trust completely, the ones backed by clinical evidence, and the ones that have consistently produced the results our patients fly thousands of miles to achieve.
Material 1: E-max Lithium Disilicate (Our Primary Ceramic System)
What it is made of
E-max is an IPS lithium disilicate glass-ceramic developed by Ivoclar Vivadent. Its microstructure is made of elongated lithium disilicate crystals embedded in a glassy matrix, which gives it a dramatically higher strength than traditional ceramics while maintaining the translucency needed to mimic natural tooth enamel. This combination of strength and aesthetics is precisely why it became the most widely used ceramic system in premium cosmetic dentistry worldwide.
The two formats we use
At Clinica Viena we work with E-max in two clinical formats depending on the case:
- E-max CAD (milled): The veneer is designed digitally using our intraoral scan and then milled from a pre-sintered ceramic block by a CAD/CAM machine. This gives us extraordinary precision in fit and thickness.
- E-max Press (heat-pressed): The ceramic is pressed under heat into a wax mold, a process that allows our ceramist to achieve exceptional characterization, especially for our Signature HD Layered Veneers.
Why this material earns its place in every case
E-max veneers can be fabricated as thin as 0.3 mm, which is central to our enamel-preserving philosophy. At that thickness, the ceramic is still strong enough to withstand daily biting forces, stain-resistant enough to hold its shade for 15 years under our guarantee, and translucent enough to reflect light the way natural enamel does. A large clinical report documented an average survival rate of 95.2% over up to 15 years, one of the strongest long-term performance records in restorative dentistry.
This is the material behind our best-selling Ceramic Veneers package at $4,950 USD, which includes 20 monolithic E-max or Amber Press veneers with a bright, seamless finish, hotel, airport transfers, and our Triple Guarantee.
Material 2: Amber Press (Our Premium Hand-Pressed Ceramic)
What it is made of
Amber Press is also a lithium disilicate glass-ceramic system, sharing the same core crystal reinforcement technology as E-max. The key difference is in how it is fabricated: Amber Press uses an exclusively heat-press technique, meaning each veneer is individually pressed by hand under precisely controlled temperature and pressure. This process gives our ceramist more control over the final characterization, including the depth of color, the gradient of translucency from base to edge, and the subtle surface texture that makes a veneer look genuinely alive.
The Viena Signature 3D Veneer
Amber Press is the material we use for our most exclusive offering: the Viena Signature 3D Veneers. These are our hand-layered, HD veneers with depth, translucency, and gradient that are impossible to achieve with machine-milled ceramics alone. When you see a Clinica Viena result that looks so natural it seems impossible, it is almost certainly because of the level of craft that goes into every Amber Press veneer our ceramist produces.
E-max vs. Amber Press: how we choose
Both are lithium disilicate. Both carry our 15-year anti-stain and 10-year structural guarantee. The decision between the two is made at consultation based on your aesthetic goals and the complexity of your case. For patients who want a bold, bright, seamlessly uniform smile, our monolithic E-max veneers are ideal. For patients who want the maximum natural depth, gradient color, and a result that challenges anyone to identify them as veneers, Amber Press is the answer. Neither option is a compromise.
Material 3: Composite Resin (Our Accessible Alternative)
What it is made of
Composite resin veneers are made from a blend of organic polymers and inorganic glass filler particles. The dentist sculpts the resin directly onto the tooth, layer by layer, and cures it with a UV light in a single appointment. At Clinica Viena, our composite veneers are fabricated by Dr. Dayana Contreras, who holds specific certification in biomimetic dentistry and intensive training in direct resin veneer techniques, including courses from OMI and the Instituto Felipe Becerra.
Who is this material right for
Composite veneers are a legitimate and beautiful option for the right patient. At Clinica Viena, our composite package covers 20 bonding veneers starting at $1,950 USD and includes a 5-year warranty and a dental guard. They are particularly well-suited for:
- Patients who want a significant aesthetic improvement at a lower initial investment.
- Cases where minimal tooth preparation is a priority and reversibility matters.
- Younger patients whose smile is still evolving.
- Patients who want to see a transformation quickly, in a single appointment.
The honest clinical picture
I always tell my composite patients the same thing: this material gives you a beautiful result today, but it requires more maintenance over time. Composite is more porous than ceramic, which means it can absorb staining from coffee, wine, and tobacco at a faster rate. It also wears differently than E-max or Amber Press. That is not a reason to avoid it. It is a reason to go in with clear expectations. The 5-year warranty we include reflects what the material can realistically promise, and within that window, with proper care, composite veneers can look genuinely stunning.
How Does the Material Affect the Way Your Smile Looks?
One of the most common misunderstandings I see in patients who have done their research is assuming that the final color is all about the shade number on a dental color guide. The material itself plays a huge role in how light interacts with your veneers, and that interaction is what makes a smile look natural or artificial.
Translucency and light transmission
Natural tooth enamel is semi-translucent. Light does not just reflect off the surface of your tooth: it partially penetrates, scatters through the inner layer, and exits at a slightly different point. This is called subsurface scattering, and it is what gives a natural tooth that three-dimensional, “lit from within” appearance.
Both E-max and Amber Press are lithium disilicate, which means they share the same core optical behavior: they are semi-translucent, allowing light to partially penetrate the ceramic, scatter through its crystalline structure, and exit at a slightly different angle. This is what gives our ceramic veneers that three-dimensional, lit-from-within quality that patients notice immediately when they compare them to composite. The difference between E-max and Amber Press shows at the level of gradient and depth: our Amber Press Signature veneers are hand-layered, meaning the ceramist can build a precise transition from more opaque at the body of the tooth to more translucent at the incisal edge, exactly as it appears in natural enamel.
The color is always your choice
I want to say this clearly because I genuinely believe it: the shade of your veneers is entirely up to you. Some of my patients want a shade so natural that only I know they have veneers. Others want the full Hollywood white, and I support that just as much. Neither preference is wrong.
A smile is part of your identity. It is part of how you show up in the world, your image, your confidence, the way people experience you in a first meeting. I have had patients tell me their new smile helped them close sales deals they had been struggling with for months, or that they finally felt comfortable enough to put themselves out there in dating again. A smile is not vanity. It is self-investment. And as long as the bite is correct and the adaptation is good, the shade is your call.
E-max Ceramic
Premium lithium disilicate — bright, seamless finish
Ceramic package from $4,950 USDBase material
Lithium disilicate glass-ceramic
Veneer style
Monolithic — bright & seamless
Min. thickness
0.3 mm
Estimated lifespan
15–20+ years
Stain resistance
Excellent
Translucency
Excellent
Fabrication
CAD/CAM digital milling
Ideal for
Bold, bright, full makeovers
✅ Triple Guarantee included
Amber Press Signature
Hand heat-pressed lithium disilicate — depth, gradient, ultra-natural
Signature 3D from $6,000 USDBase material
Lithium disilicate glass-ceramic
Veneer style
HD layered — depth & gradient
Min. thickness
0.3 mm
Estimated lifespan
15–20+ years
Stain resistance
Excellent
Translucency
Outstanding
Fabrication
Hand heat-pressed in lab
Ideal for
Maximum natural realism
✅ Triple Guarantee included
Composite Resin
Accessible, reversible, same-day transformation
Composite package from $1,950 USDBase material
Organic polymer + glass filler
Veneer style
Sculpted direct resin
Min. thickness
0.5–1.0 mm
Estimated lifespan
5 years
Stain resistance
Good
Translucency
Good
Fabrication
Sculpted chairside
Ideal for
Budget, speed, reversibility
🛡 Warranty included
How Are Veneers Actually Made? The Journey From Scan to Smile
Understanding the manufacturing process helps you understand why materials matter and why the quality of your dental laboratory makes a real difference in your result.
Step 1: Digital Smile Design and intraoral scan
At Clinica Viena, we begin every veneer case with Digital Smile Design (DSD) and a 3D intraoral scan. This means we do not use traditional putty impressions. We capture your dentition digitally and use that file as the basis for designing your new smile on screen. You can see what the result will look like before any preparation is done. This step is about alignment: making sure you, your dentist, and your ceramist are all working toward exactly the same aesthetic outcome.
Step 2: Tooth preparation (minimal, when needed)
For lithium disilicate veneers, we typically remove 0.3 to 0.7 mm of enamel from the front surface of the tooth. This is roughly the thickness of a credit card. The goal is to create just enough space for the veneer to sit flush with the adjacent teeth without looking bulky. In some cases, particularly with very thin E-max veneers, preparation can be minimal enough that no enamel is removed at all.
Step 3: Laboratory fabrication
For pressed ceramics like Amber Press, a wax pattern of each veneer is made first, then the lithium disilicate is heated under pressure and pressed into the mold. For CAD/CAM systems like E-max CAD, the digital scan is imported into design software, and a milling machine carves each veneer from a pre-sintered ceramic block. Both are then fired in a furnace to achieve their final crystallized structure and then individually characterized with stains and glazes to match the planned shade.
Step 4: Adhesive cementation
Bonding a ceramic veneer to a tooth is a precise chemical process. The inner surface of the veneer is etched with hydrofluoric acid to create microscopic surface roughness, then treated with a silane coupling agent that chemically bonds the ceramic to the resin cement. The tooth surface is etched with phosphoric acid and primed. A light-cured adhesive resin cement is applied, the veneer is seated and positioned, and then cured with a polymerization lamp. The bond created at this stage is what determines the long-term stability of the restoration.
5 Questions You Should Ask Before Choosing a Veneer Material
Whether you are consulting with us at Clinica Viena or with a dentist in your home country, these are the questions that will help you separate a quality provider from one who is cutting corners:
- What ceramic material do you use, and why? If the answer is vague or they cannot name the specific system, that is a red flag.
- Where is your laboratory? Veneers fabricated in-house or at a certified dental laboratory by a trained ceramist are a different product from low-cost outsourced work.
- Do you use Digital Smile Design? This tells you whether your dentist is working with a defined plan or just improvising on the day.
- How thick will the veneers be, and how much tooth will be prepared? The thinner the veneer, the more conservative and the better for your long-term dental health.
- Can I see before-and-after cases you have done with this specific material? Results should speak for themselves.
When the Wrong Material (or the Wrong Dentist) Creates Problems
I see this more often than I would like: patients who arrive at my clinic after a bad veneer experience somewhere else. The most common stories involve:- Veneers that are opaque and clearly artificial-looking because the ceramist used a low-quality material or an incorrect shade system.
- Margins that do not adapt properly to the gum line, leaving a gap where bacteria and food accumulate, leading to bad breath and decay.
- A bite that was not checked correctly, causing jaw pain, TMJ discomfort, or headaches after cementation.
- Veneers that debond within months because the adhesive cementation protocol was not followed correctly.
- Excessive preparation of healthy tooth structure because the dentist was not experienced enough with ultra-thin ceramic.
Planning Your Veneer Trip to Colombia: What You Need to Know About Materials
One of the most common concerns I hear from patients flying in from the United States or Canada is: “Will the quality of materials be the same as at home?” The short answer is yes, and in many cases, the materials we use at Clinica Viena are the same internationally certified ceramic systems used at top cosmetic dental practices in New York, Miami, or Los Angeles. Here is what a typical international veneer visit at our clinic looks like:The material is not just a technical detail: it is the foundation of everything you will see when you look in the mirror. At Clinica Viena we made a deliberate choice to work with two lithium disilicate ceramic systems, E-max and Amber Press, and one carefully executed composite option. Not because those are the only materials that exist, but because those are the materials we trust completely, the ones we have mastered, and the ones we can back with a guarantee that no other clinic in Colombia offers.
At Clinica Viena, we work with E-max and Amber Press because I believe these systems give my international patients the confidence they need to invest in a treatment this significant. Every veneer case we take on starts with a plan, uses certified materials, and ends with a result you can trust for years.
If you want to explore what the right material would be for your specific case, I invite you to learn more about our veneers in Colombia or reach out directly. A good smile starts with good information, and I am always happy to share both.
Bibliography
- Alenezi, A., Alsweed, M., Alsidrani, S., & Chrcanovic, B. R. (2021). Long-Term Survival and Complication Rates of Porcelain Laminate Veneers in Clinical Studies: A Systematic Review. Journal of Clinical Medicine, 10(5), 1074. https://doi.org/10.3390/jcm10051074
- Soares-Rusu, I. B. L., Villavicencio-Espinoza, C. A., de Oliveira, N. A., et al. (2021). Clinical Evaluation of Lithium Disilicate Veneers Manufactured by CAD/CAM Compared with Heat-pressed Methods: Randomized Controlled Clinical Trial. Operative Dentistry, 46(1), 4-14. https://doi.org/10.2341/18-322-C
- Malallah, A. D., Hasan, N. H., & Qasim, M. H. (2024). Influence of Ceramic Material Type and Cement Shade on the Translucency of Lithium Disilicate Ceramic Veneers. International Journal of Dentistry, 2024, 2540174. https://doi.org/10.1155/2024/2540174
- Fawakhiri, H. A., Abboud, S., & Kanout, S. (2023). A 3-Year Controlled Clinical Trial Comparing High-Translucency Zirconia (Cubic Zirconia) with Lithium Disilicate Glass Ceramic (e.max). Clinical and Experimental Dental Research, 9(6), 1078-1088. https://doi.org/10.1002/cre2.790
- Dederichs, M., Viebranz, S., An, H., Guentsch, A., & Kuepper, H. (2023). Wear Pattern-Associated Color Stability of Prefabricated Composite Veneers Versus Ceramic Veneers. Journal of Prosthodontics, 32(7), 646-652. https://doi.org/10.1111/jopr.13617
- Rafeie, N., Sampaio, C. S., & Hirata, R. (2024). Transitioning from Injectable Resin Composite Restorations to Resin Composite CAD/CAM Veneers: A Clinical Report. Journal of Esthetic and Restorative Dentistry, 36(9), 1221-1227. https://doi.org/10.1111/jerd.13216
- Tsintsadze, N., Margvelashvili-Malament, M., Natto, Z. S., & Ferrari, M. (2024). Factors Influencing Success Rate of Ceramic Veneers on Endodontically Treated Anterior Teeth: A Systematic Review. The Journal of Prosthetic Dentistry, 131(4), 567-578. https://doi.org/10.1016/j.prosdent.2022.01.003
Frequently Asked Questions (FAQ)
Are all veneers made of porcelain?
Not exactly. At Clinica Viena we work with two lithium disilicate ceramic systems (E-max and Amber Press) and composite resin. Lithium disilicate is a glass-ceramic, not traditional porcelain. It is stronger, more translucent, and longer-lasting than older ceramic systems.
What is the strongest veneer material?
Lithium disilicate is the strongest material we use at Clinica Viena. Both E-max and Amber Press are lithium disilicate glass-ceramics, clinically documented for their durability and a survival rate above 95% over 10 to 15 years.
Do E-max veneers look natural?
Yes. E-max has excellent translucency that closely mimics natural enamel. For the most natural-looking result with hand-crafted depth and gradient, our Amber Press Signature 3D Veneers offer an even higher level of aesthetic customization.
Are composite veneers as good as porcelain?
Composite veneers are a valid option for certain cases, but they do not match the stain resistance, durability, or optical depth of ceramic veneers over time. They last 5 to 7 years on average versus 15 to 20 years for lithium disilicate.
How thin can ceramic veneers be made?
Lithium disilicate veneers can be fabricated as thin as 0.3 mm while maintaining structural integrity. This allows for minimal or even no-prep cases where virtually no enamel needs to be removed.
- Before: Chipped and stained teeth
- After: Smooth, white, and aligned smile
- Before: Gaps and uneven teeth
- After: Perfectly spaced and uniform teeth
- Before: Worn and discolored teeth
- After: Natural-looking, bright smile
Dra. Sara Pelaez Monsalve
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