Adaptive
Rotary Damper
INVENUTS Rotary Vane
WEBSITE UNDER CONSTRUCTION
Revolutionary rotary dampers: Magnetic sealing instead of expensive seals – durable, low-maintenance and leak-free!
Durability and maintenance-free operation
Reliable tightness
Compact design
The problem and how to solve it
The Problem: Leaky Seals in Rotary Dampers
Traditional rotary dampers, while compact and efficient, suffer from a critical flaw: seal leakage. These dampers rely on seals to contain pressurized fluid, but these seals are prone to wear and tear, leading to:
- Costly maintenance: Frequent replacement of seals adds to the overall expense.
- Performance degradation: Leaks reduce damping efficiency, compromising performance.
- Reliability issues: Unexpected failures due to leakage can cause safety concerns
This problem has plagued industries ranging from automotive to prosthetics, limiting the potential of rotary dampers.
The Solution: INVENTUS‘ Magnetic Seal
Inventus has engineered a groundbreaking solution: magnetic sealing. By harnessing the power of magnetism, we’ve eliminated the need for traditional seals altogether. This revolutionary approach offers:
- Unmatched durability: No more wear and tear, resulting in significantly longer service life.
- Absolute leak prevention: A hermetically sealed system ensures consistent performance and reliability.
- Reduced manufacturing costs: Simplified design with fewer components and less stringent manufacturing tolerances.
Our magnetorheological rotary damper represents a paradigm shift in damping technology, offering superior performance, reliability, and cost-effectiveness.
Consists of:
Magnetic and better tightness
No sealing lips
Integrated valve
Reduced production costs
Design
INVENTUS-Project
The INVENTUS „Rotary vane“ operating principle as a swivel vane structure for chassis dampers enables high torques in a small installation space. The INVENTUS „Rotary Vane“ was also designed as an adaptive roll stabilizer and tested in a BMW X6 over several thousand kilometers.
The torque:
> 200nm possible | scalable
(in combination with a special planetary gear we have achieved > 1,000 Nm)