Safety BioHpp Crown Good for the Gingiva after restoration

BIO HPP elegance hybrid abutments

Predestined for individual solutions

The hybrid abutment BioHPP® elegance has a titanium base, which is available for the majority of implant systems - with the original level of quality.

The unique procedure, from the conditioned titanium surface and the thermoplastic manufacture to the protected design, guarantee a gap-free and integral bond. The BioHPP abutment in the individual from comprises a completely gap-free and intergral base.

Any requirements of tooth or gingival situations can be easily resolved thanks to the easy processing and reworking of BioHPP®. In contrast to hard or brittle materials, BioHPP® can even be reworked easily, quickly and without risks in the mouth itself

Safety against bacteria

Gap-free and adhesive-free hybrid abutment Always the perfect fit, no adhesion necessary and therefore more easily sterilised. Long-term safety against the penetration of bacteria.

Semi-crystalline BioHPP® and titanium surface Alpha case surface clear, enlargement 100:1

Good for the gingiva

Gum irritation is ruled out due to the surface quality of the material and its low surface roughness of 0.018 µm RA (Jena Uni). The excellent polishing properties of BioHPP® can be seen in its homogeneous structure. The very small grain size of the ceramic filler of 0.3 to 0.5 µm forms the basis for this.

Two extracted gingiva formers (BioHPP® and titanium) - the ring-shaped injury shows that the gingiva has bonded better with the BioHPP® abutment than with the titanium abutment.

Images from the Department of Implantology at Dental Clinic IRCCS Fondazione Policlinico Ospedale Maggiore Università degli Studi di Milano.

Convenient processing as a principle

This material is extremely easy to handle. Product and processing variants, processing, customisation, reworking and polishing can be carried out quickly and without problems with the conventional procedure. Even intra-oral processing is totally simple and stress-free. The positive material properties are constantly maintained in contrast to hard and brittle materials.

Comfortable variants

Individually modelled (titanium base) The key to the system is the titanium base, which is easily and conveniently over-pressed with BioHPP in individual modelling procedures®. The procedure is one that a dental technician is very familiar with.

Ready-to-use - crown abutments Order an individual BioHPP® abutment from a laboratory you trust and the laboratory will already have veneered this with, for example, visio.lign. Simply insert this, screw it tight and close the screw channel with a light-curing composite. The results do not differ from a natural tooth in terms of their appearance or wearing comfort.

Comfort for the patient:

I don't even notice that I have gaps anymore, either when looking in the mirror or when feeling around with my tongue! I can chew like I did before! I have never been as happy as I was after this dentist appointment. I look better than I did before. Brilliant! I only had to walk around with gaps in my teeth for one day. The price was no problem either!

Integrated in the CAD/CAM workflow (prefab)

After (oral) scanning, the individual restoration is planned in the CAD system and the corresponding order is sent to the laboratory or even created whilst the patient is sitting in the dentist's chair. The individual abutment also has excellent scanning properties, so the order for the corresponding crown (whether in visio.lign, HIPC, zirconium, ceramic, metal or lithium disilicate) can also be easily produced in the same workflow.

Prefabricated (abutment)

You can quickly find the right shape for most patients from a selection of three different sizes (S, M, L) and two angles (0° and 15°). The prefabricated abutments are designed as a prepared stump, providing the best possible basis for further processing. If the designs on offer will not work, particularly due to the condition of the gingiva, you can simply order an individual pressed abutment from your laboratory.