Apple is strongly protesting against the recent ban on the import and sale of Apple Watch Series 9 and Apple Watch Ultra 2 models imposed by the US Trade Commission. This ban specifically targets watches with blood oxygen monitoring capabilities. The ban was introduced following a patent complaint by medical device manufacturer Masimo. In addition to impacting sales, the ban also restricts the ability to repair watches with the same feature.
Apple has decided to defend its blood oxygen monitoring technology and challenge the import ban on Apple Watch Series 9 and Apple Watch Ultra 2 models imposed by the US Trade Commission. The ban was based on allegations by Masimo, a medical device manufacturer, claiming that Apple copied their pulse oximetry feature.
However, Apple is not willing to let this obstacle hinder innovation and its commitment to customer satisfaction. Although the ban directly affects the availability of Apple Watch Series 9 and Apple Watch Ultra 2 models in the US market, it also has consequences for watch repairs. Apple recently informed its employees that they will not be able to replace Series 6 models and newer ones beyond the warranty period for any reason due to the ban on watches with blood oxygen sensors.
Apple’s blood oxygen monitoring technology has been recognized as precise and having the potential to revolutionize health tracking. By measuring the user’s blood oxygen level, it provides valuable insights into overall health and fitness levels, especially during physical exertion or at high altitudes. This technology has the potential to assist users in detecting and monitoring respiratory and cardiovascular diseases, leading to early intervention and improved well-being.
Apple’s defense against the ban demonstrates the company’s determination to protect its innovations and deliver cutting-edge technologies to its customers. Apple’s actions not only reflect its commitment to safeguarding intellectual property but also the impact and value of blood oxygen monitoring technology in the field of wearable devices.
The source of the article is from the blog scimag.news