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 What is Cross Platform Compatibility?

Cross platform compatibility is when two different implants share a common platform size and shape, such as a 2.42 internal hex or a 3.7mm external hexagon thread pattern. This allows for interchangeable components between different brands without compromising on quality or performance.

One example of this is Zimmer Biomet's 3.7mm external hexagon thread pattern which has become an industry standard for dental implants due mainly to its compatibility with many other leading implant systems. This means that regardless of the brand chosen by your patient, you can be sure that it will fit into their existing prosthetic design with no problems or extra adjustments needed—saving time and money in the long run.

The Benefits of Understanding Cross Platform Compatibility
Understanding cross platform compatibility gives you the opportunity to offer your patients more options when it comes to selecting their ideal dental implant system. It also allows you to save time during treatment planning since you won’t need to search through all available implant systems just to find one compatible with different restorative components like abutments and crowns. Finally, cross-platform compatible systems are usually more cost-efficient since they require fewer parts and less labor hours during fabrication and installation processes—resulting in lower overall costs for both the dentist and patient alike!

Conclusion:
Cross platform compatibility is an important factor when it comes to choosing a dental implant system for your patients. With so many brands available on the market today, understanding which ones are compatible with each other can help make your practice more efficient and cost-effective in the long run. By taking advantage of cross-platform compatibility between different brands of implants, you’ll be able to provide your patients with more options while still ensuring optimal results in terms of quality and performance—allowing them to get back to life sooner!

January 18, 2023 — Michael Vinnik