Robotic Tilt Table from Hocoma AG

The Erigo® robotic tilt table from Switzerland's Hocoma AG is a revolutionary new way to avoid the risks associated with early medical care. It is the best-researched robotic tilt table on the market, providing a safe and effective solution for various patient groups. This innovative device offers one of the safest mobilization methods in intensive care, reducing the risk of syncope during verticalization while increasing the amount of time trained in a vertical position.

Brain Activity Comparable to Regular Gait

Using the Erigo robotic tilt table has been found to generate brain activity comparable to regular gait. This helps to ensure that patients are able to receive the necessary stimulation they need without putting themselves at risk. The Erigo Research Brochure is available outside of the United States, as well as pre-training content that can help users understand the working principles behind the product.

Safe Mobilization Techniques

The Erigo robotic tilt table from Hocoma AG is designed to provide safe mobilization techniques for those in intensive care settings. By reducing the risk of syncope during verticalization, it allows patients to spend more time in a vertical position. Additionally, its brain activity monitoring capabilities allow for gait training that is similar to regular walking.

Pre-Training Content Available

In order to make sure that users get the most out of their experience with the Erigo robotic tilt table, the company provides pre-training content that explains the workings of the product. This includes an Erigo Research Brochure which is available outside of the United States. Additionally, this content helps users better understand how to use the table safely and effectively.

Conclusion

The Erigo robotic tilt table from Hocoma AG is a breakthrough in avoiding the risks associated with early medical care. It is the best researched robotic tilt table on the market, offering a safe and effective solution for various patient groups. Its ability to reduce the risk of syncope during verticalization and increase the amount of time spent in a vertical position makes it one of the safest mobilization methods in intensive care. Furthermore, its brain activity monitoring capabilities are comparable to regular gait, making it an ideal choice for those looking for a safe and reliable way to mobilize.