BionicBack
Discover the revolution in the exoskeleton industry - the X-ERGO 3D Pad!
Specially designed for your lumbar area, this innovative padding combines state-of-the-art 3D printing technology with ergonomic, pinpoint precision.
The X-ERGO 3D Pad elevates comfort to a whole new level while simultaneously promoting spinal anatomy.
Revolutionary
3D printing technology
The three-dimensional mesh structure is breathable, comfortable, and lightweight to wear. Heat build-up is reduced by up to 90% compared to conventional cushions. The special manufacturing process using 3D printing allows the pad to consist of three different zones - Super Soft, Soft, Normal. This segmentation is specifically tailored to human anatomy.
-90%
Heat generation
Customized
pressure zones
3
zones
1
SUPER SOFT
2
SOFT
3
NORMAL
The "Super Soft Zone" is the softest area of the 3D cushion. It supports the intention behind the rear iliac crest.
The "Soft Zone" is the medium-soft area. Here, the user experiences relief of the lumbar muscles.
The "Normal Zone" is the hardest area of the three zones. Depending on the pressure orientation, the ergonomics of the body are supported even more effectively, ensuring a perfect fit.
1
The SUPER SOFT area optimally adjusts the pressure. Since there is less tissue above the bone, the surface pressure here must be significantly lower. This prevents pressure points.
2 + 3
The SOFT area is perfectly matched to the musculature. In the transition to the normal area, the X-ERGO 3D Pad almost acts like a massage. The movements and the different pressure zones create stimulating variation in the muscle area.
Anatomically
adapted
support
The three different pressure zones give the X-Ergo 3D Pad cushion the ability to perfectly conform to the human back, thereby setting further ergonomic benchmarks. The open 3D honeycomb mesh structure is extremely breathable and minimizes contact areas with the human body. A significant advantage resulting from this: heat generation is reduced by up to 90%. Additionally, the lightness of the cushions reduces the weight of the entire exoskeleton system.
