We focus on quality
The testing and improvement of our products is carried out by an independent engineering firm specializing in pressure vessels in Heidenheim, Germany. Material testing takes place in a laboratory in Erfurt. Our hyperbaric chambers are the safest and most durable on the European market and are distributed exclusively by us. Please feel free to contact us!
Have your HBOT chamber tested
Dremenia offers independent HBOT chamber testing. Using our patented testing system, we examine material strength, pressure stability, and safety reserves under realistic conditions. This ensures that every chamber not only performs well on paper but also remains reliable and durable in everyday use.
Safety and Innovation
Patented test system
We offer manufacturer-independent aging measurements for TPU hyperbaric chambers. Our patent-pending measurement system allows us to identify weak points and thus assess the safety of your hyperbaric chamber. We are happy to offer warranty and maintenance packages for your hyperbaric chamber. Our expert team is here for your well-being! Contact us for a free consultation!
FEM
Security becomes visible
When pressure is applied at home, one thing is paramount: controlled, predictable material behavior. That's precisely why we not only built the chamber but also tested it digitally beforehand. Our FEM graphics act as a kind of "weather map" for the load: colors show you at a glance where the chamber is under particular stress – and how the structure distributes the forces.
Our testing procedures
Material Test
We consistently prioritize quality in our TPU fiber composite materials, a quality that can be proven through testing. To this end, we have them tested in an independent testing laboratory in Erfurt, which specializes in mechanical tensile tests, material aging tests, and stress tests under demanding conditions. For you, this means more reliable material performance over time, reduced risk of failure, and a product that impresses not only on day one but also with regular use.
Pressure simulation
We develop our chambers using established engineering methods. The finite element method (FEM) is a key component: it allows us to realistically simulate the chamber's behavior under pressure during the development process. This enables us to control and optimize load distribution and material behavior under load. Dremenia stands for the highest quality and safety, from development and manufacturing to installation in your home.
External examination
Our HBOT chambers are regularly tested for material strength and safety by independent testing institutes.
For further information, please feel free to contact us at any time – we will send you all the details.
Our
Products
Why Dremenia
Our products stand for uncompromising quality, maximum safety, and a setup that works in everyday use – whether in the studio, in a medical practice, or in a private high-performance environment. Dremenia develops and manufactures hyperbaric oxygen chambers (HBOT) with a clear objective: durable systems, sophisticated technology, and a level of quality that is based not on marketing, but on measurable standards.
Every HBOT chamber we produce isn't simply "built," it undergoes rigorous testing. Independent inspections and our patented testing system evaluate material strength, pressure stability, and safety margins under realistic loads. The result: products that not only feel good but also operate reliably in the long term – with thorough documentation, clear processes, and a setup that customers truly benefit from.
