
French dental implant manufacturer TBR Group has received the 2007 Frost & Sullivan Technology Innovation Award for their hybrid Zirconia-Titanium dental implant previously profiled on OsseoTech.com.
French dental implant manufacturer TBR Group has received the 2007 Frost & Sullivan Technology Innovation Award for their hybrid Zirconia-Titanium dental implant previously profiled on OsseoTech.com.
JDentalCare has designed and developed JDTorque® ,a torque wrench for surgical and prosthetic use. It is a universal wrench and it can be used as a torque wrench or as a traditional ratchet for every implant system with the appropriate adapter. The high mechanical resistance along with the great elasticity of the plastic material PEEK allows it to measure torque up to 80 Ncm. This material is extremely light compared with metals and can undergo thousands sterilization cycles at temperatures
Imadent was issued a US Patent for its ultrasonic jaw imaging system. The system includes a specially configured ultrasonic probe, a position locator module for defining the probe location and transmitting the definition to a computer which re-assembles the image. Imadent is one of the first companies that has been able to use ultrasound technologies to create high-resolution, cross-sectional images of hard tissues such as bone. The company’s technology allows for real-time imaging of a patient’s jaw during dental surgery,
Morgan Advanced Ceramics have developed a method for injection moulding of zirconia abutments. At its injection moulding facility at Stourport in the UK, Morgan Advanced Ceramics is able to produce the highly complex geometries required for custom-designed dental abutments. It can produce these, and their associated retaining and jawbone screws, accurately, in volume and with a high degree of repeatability. Paul Manison, Project Manager, Morgan Advanced Ceramics explains: “The dental implant market is growing fast. We are working with a
Clear Choice Dental Implant centers provide one stop implant services: CT-Scan, surgery and restorations. They exclusively use one manufacturer`s products and protocols, in this case Nobel Biocare. Two Centers are open so far in Austin TX and Denver CO, with ten more centers planned to open across North America.
Dentak have released an innovative combination trephine/bonemill/delivery system for harvesting and delivering autogenous bone. The trephines which come in a variety of sizes from 3.2mm to 6.2mm feature a drill blade inside the trephine which mills the bone as it is removed by the trephine. The whole trephine is then placed in a handle for delivery to the recipient site.
Satelec have released their new `ImplantCenter`, which features both a micromotor with very high torque (120 n/cm max) as well as 2 piezoelectric handpieces. The `Piezotome` handpiece is used to perform piezoelectric-based surgery while the `Newtron` is a piezon scaling and maintenance handpiece. It also features 2 peristaltic pumps for simultaneous use of both types of handpieces.
The Swedish medical technology company Astra Tech AB is purchasing the US dental company Atlantis Components Inc. for USD 71 million in cash. This business deal is part of Astra Tech’s growth strategy. “The purchase of Atlantis gives us an even stronger product portfolio in the field of dental implants. We strengthen our position in the North American market and can introduce the latest digital CAD/CAM technology in Europe. This also gives us a leading position in the fastest growing
Nobel Biocare has released a one-piece implant design `NobelOverdenture` for use in edentulous situations. It features narrow diameter and one piece for ease of handling. It promises to deliver a cost-effective option to secure dentures.
A team of Brown University engineers, led by Thomas Webster, has discovered a new material that could significantly increase osseointegration success rate. Osteoblasts grow faster and produce more calcium on anodized titanium covered in carbon nanotubes compared with plain anodized titanium and the non-anodized version currently used in orthopaedic implants. The work, published in Nanotechnology, uncovers a new material that can be used to make more successful implants. The research also shows tantalizing promise for an all-new device: a “smart”