Although there are various pre-treatment procedures for all of these changes, in many cases the final treatment will be through the placement of a crown - a shell that wraps around the tooth or several cases bonded together. The goal in both cases is to restore the patient's smile, mimicking natural teeth and without revealing dental procedures that were carried out to achieve it.

Hence the evolution and appearance in recent years new materials used for making crowns. We have moved from the original crowns made entirely of metal, which showed dental restoration, to crowns with a metal core covered with ceramic.

This ceramic coating wraps an internal metal cap that replicates the shape and color of a natural tooth, producing much more aesthetic results. But even in this case, the fact of continuing to wear metal, even domestically, does not allow achieving an optimal aesthetic result, because the metal with its grayish color gives a feeling of opacity that is not characteristic of natural teeth, which are much more transparent.

In addition, over time, if the girdle undergoes a slight recession, it will show an antistatic gray line that belongs to the edge of the crown. So now we have taken it one step further and we have porcelain crowns, without a metal cover, inside which we can find different types, being one or the other according to each case and patient.

They give excellent aesthetic results and are mainly used for the preparation of veneers on the front teeth, since they do not respond necessary requirements strengths that must be used for back teeth or for the manufacture of crowns or bridges.

They include aluminum oxide in their composition, due to which they have twice the resistance, like feldsaktika, but at the expense of increasing the opacity of the ceramics. Therefore, they are used to create a very resistant inner core, which, unlike ceramic crowns, white and is covered with polar-laminated ceramic layers that give the crown its appropriate shape. We can create durable single crowns to complement aesthetics or even bridges of up to three.

The material that is included in its composition is zirconium oxide, achieving a resistance that has been called “ceramic steel”. In this case the opacity is also high, so they are also used for the white core of the crown and covered with feldspathic ceramic. The advantage in this case is that it allows you to create bridges more pieces than in the case of alumina ceramics because it is a more stable material.

These materials not only promote aesthetic improvement, but also greater biocompatibility with soft tissues, which we must not diminish their importance, since they must be in good condition to achieve optimal results. If good crown adaptation is not obtained, the glands may swell and appear thickened and enlarged, far from the rosy image of gum health.

Various dental materials always combine health, well-being and aesthetics. To provide best quality in your orders, our production system allows us to save on the final product using the techniques used with the stereo microscope that we achieve.

We reduce intermediate steps

High productivity Low processing costs Fast turnaround Minimal delivery delays. The results obtained using the stereomicroscopic method make it possible to reduce the intermediate stages of prosthesis implementation. With this technique, the visualization of the subgingival margins and the entire periphery of the stump is accurate and precise, ensuring a perfect fit.

That's why our products come with a two-year warranty. Thanks to the stereo microscope, we work better, more reliably, faster and more economically because we avoid intermediate steps that make the final product more expensive. Dental veneers create smiles natural beauty, while maintaining the original dental structure. They are very thin, custom-made pieces of porcelain that adhere directly to the surface of the tooth. This means we can transform smiles without even having to extract teeth, thereby respecting natural teeth.

Dental veneers are changing the way many dentists approach cosmetic dentistry. This is especially effective in cases where you need to increase the size of your teeth or improve a narrow arch width. Porcelain metal restorations remain the most prescribed alternative rehabilitation treatment. Various types alloys can be used to produce a substructure that the dental laboratory can easily provide to clinicians with wide range porcelain metal crowns and bridges.

Extremely durable, they can be used for bridges and anterior and posterior crowns. Porcelain margin is recommended to significantly improve the aesthetic outcome and allow natural light to penetrate the gingival margins. They provide a great fit and your foundation is one step away.

Zirconium zincs consist of a unique individual tooth shade and high transparency. Virtually indestructible, this completely universal restoration is suitable for posterior dental restorations. The required minimum separation is 1.0 mm, but in some cases it may accept less. Its cementation is common, as any cement for porcelain metal serves.

They are also easily adjustable thanks to the diamond kit and zirconium polisher. For over 500 years, gold has been a restorative material for dentistry. Very useful in the processing of crowns, bridges, veneers and implants, as well as in cases of advanced cosmetics. A diagnostic wax-up plan provides dental reconstruction and provides a three-dimensional representation of the natural appearance of the final result. Thus, it becomes a powerful tool for communicating with the patient.

In addition to providing visual support for the preparation of the corresponding tooth, it can also be used as a template for definitive restorations or as temporary implants fast production. It is a flexible and self-bending splint made of thermoplastic material, so it adapts to all prostheses. Better fit reduces post-operative time and is as simple as placing it in hot water before putting it into your mouth. Thanks to its optical clarity, this tire is invisible to the eye while in use.

By sending the case to the dental laboratory, our experienced team designs a removable partial denture using your clinical information and personal preferences. We pay special attention details that, together with quality materials, lead to precise adaptation of closure and retention for each frame. Partial dentures for the dental laboratory can be designed using conventional metal or esthetic closure options, as well as crowns that are combined with accessories.

They do not contain nickel and beryllium to avoid allergies. Therefore, it is a non-invasive treatment that provides a long-term and very cost-effective solution. With aesthetic and hygienic improvements, it is no wonder that flexible partials are the primary choice for physicians and patients. Aesthetic results are assessed immediately. It is a denture with flexible closures in a fabric curtain, resistant to stains, discoloration and odors, thin and transparent for better hygiene and aesthetics. The materials are completely hypoallergenic and biocompatible, and flexible for easy installation and subsequent removal.

Monolithic restorations - solid white ceramic with 4 and 5 milling shafts. These ceramic restorations are usually fired to establish their durability and natural appearance. Characterization of the final restoration, if required by the laboratory, is completed manually to establish the desired esthetics.

Removable, partial and preventative devices

Scanning of removable, partial and prophylactic devices is used to create a digital model of the patient. Dental crowns are cap-like teeth that cover damaged or damaged teeth, such as those that have been broken. Dental cements, which are used to hold crowns on teeth, are made by combining powdered materials with liquids. There are several types of dental crown cements available to temporarily or permanently cement a crown.

The zinc phosphate mixture is exothermic, meaning heat is generated when mixed. For this reason, zinc phosphate should be mixed with a spatula and a slab of fresh, dry, thick glass at 68 degrees. Zinc phosphate can also be used in the preparation of deep cavities to protect the tooth from thermal shock, which occurs when the temperature of the tooth changes suddenly. The main component of the liquid part of zinc phosphate is phosphoric acid, which can irritate the cellulose, the radicular part of the tooth with blood vessels and nerves.