We offer a large range of traditional and modern crown and bridge restoration services. All work is completed in Australia by fully trained dental technicians using the latest equipment. We offer a large variety of different systems with various levels of customisation to suit your requirements and budget.
Please visit our download area to view a crown and bridge comparison chart.
We also offer a ShadeVision service for our premium restorations. Click here for more information.
3M ESPE LavaThe Lava system from 3M ESPE is one of our most prestigious premium crown and bridge options. All Lava products are created using Lava Design software by 3M ESPE in conjunction with CAD/CAM technology. The CAM manufacturing process results in excellent fit, achieved due to the high milling accuracy and calculation of the sintering shrinkage via the system's software. Lava closely mimics nature in appearance, with a choice of individually coloured, translucent frameworks in eight different shades. The fracture strength of zirconium oxide is many times higher than that of conventional all-ceramic materials, far exceeding the stress requirements of the oral cavity.Race Dental Laboratory is a 3M ESPE Authorised Lava Milling Center. |
 | ISP e.max CAD CrownsIPS e.max CAD utilises the same high-performance lithium disilicate ceramic material as traditional pressed IPS e.max; matching its aesthetic qualities, while also giving all the advantages of CAD/CAM manufacture including accurate fit and consistent quality. These single-unit crowns are milled by core3dcentres, an Ivoclar Vivadent-validated milling center, on their DMG Ultrasonic 20 CAM machine. This innovative crown is 2.5 to 3 times stronger than other full-contoured crowns at 360 – 400 MPa. IPS e.max CAD is an ideal material for crowns as it exhibits aesthetic properties of both translucency and brightness. |
 | Pressed IPS e.max Crowns, Inlays, Onlays & VeneersUsing the Empress system as a technological basis, the IPS e.max system delivers strength and premium aesthetics. The system comprises of lithium disilicate with a high-quality veneering ceramic. All IPS e.max restorations offer highly aesthetic solutions due to their natural-looking colour and optimal light transmission. |
OpaliteAre your patients placing severe demands on their restorations? Not enough occlusal preparation space for porcelain coverage? Every dentist has experienced these challenging situations. A solution to these dilemmas is Opalite all-zirconia crowns and bridges. Opalite restorations are milled from zirconia using CAD/CAM technology. They exhibit an exceptional flexural strength of 1100mPa and are virtually unbreakable, making them ideal for posterior cases and patients with bruxing sn grinding issues. Becuase Opalite is monolithic it requires much less preparation space than traditional crowns and it is far more aesthetic than traditional PFM restorations. |
PFM (VMK) Crowns & BridgesRace Dental Laboratory is the market leader in producing porcelain fused to metal (PFM) restorations. PFM crowns have been tried and tested for decades and offer strength, reliability, aesthetics, and good marginal fit. All PFM crowns use biocompatible alloys and the finest feldspathic porcelain systems to ensure attractive and natural aesthetics whilst providing secure bonding strength. They are also gentle on the mouth area.PFM crowns are available as standard or premium varieties depending on your budget and the required level of customisation.The standard PFM restoration covers all the basics while the premium version has multiple layers and internal characterisation, as well as the option of shade matching using our ShadeVision service. Click for a detailed overview of our standard and premium crown and bridge options. |
 | Zeno ZXThe Zeno ZX zirconia crown from Wieland Dental & Technik Germany is an aesthetically pleasing and cost-effective zirconia restoration. The zirconium oxide used is fully biocompatible and meets high aesthetic expectations due to its tooth-like colour. ZX is CAD/CAM manufactured for excellent fit and the material used is exceptionally strong - it can be used to make single copings and large-span bridges with up to 14 elements as well as abutments and primary components. |