As our customer you will receive the finest “custom” hybrid two-piece implant abutment system, this gives you the amazing strength and reliability of a Titanium connection while still benefiting from the beauty of Zirconia.  

I am sure you have noticed, there has been a dramatic shift towards screw retained restorations, unfortunately recent studies show us that zirconia only connections are unable to withstand the forces within the oral environment and have a high failure rate. Even the bigger implant companies only guarantee their zirconia abutments for up to 5 years whereas titanium is for life!

What makes us special: many of today’s laboratories use standardised stock implant abutments and ti bases for their clinicians and patients. At The Implant Lab we only use custom abutments made from the finest materials and precision equipment for our implant restorations. working very closely with you to create the closest possible match to your clients smile.

This is why the ti bases became so popular, however, The main complaint of the stock ti base is that they have a sudden and uncontrolled emergence profile in relation to the crest of the bone, this often causes far too much pressure on the soft tissue and  in some cases the bone, resulting in blanching and subsequently resorption. There are also concerns over their short height for strength and bond surface, 

(ref. Frank Spear article Dec 2015).

For the first time, The Implant Lab has now created the optimum product, which utilises the strength, biocompatibility and aesthetics of both materials for a healthy solution. 

We are one of the first labs milling custom Ti bases. Thus, the ideal solution can be found for the different tissue heights and pressure, this not only saves you money, but ultimately benefits the patient by creating a much improved product. 

 We are able to scan from your impressions or receive your digital scans, in turn we can optimise the emergence profile of the Ti interface and increase the length and strength to bond to, before fabricating the  zirconia substructure, resulting in a stronger more aesthetic implant crown