Fluxthor develops novel, high-precision positioning systems utilizing a patented, coil-free magnetic circuit tuner. This technology enables actuators that are up to ten times more energy efficient than existing electromagnetic solutions. The company provides active vibration isolation and positioning solutions offering sub-nanometer resolution for demanding applications in semiconductor, life sciences, and aerospace.
Funding
Funding not disclosed
Founders
Product
Problem
High-precision positioning stages often generate significant heat, which can compromise motion precision, energy efficiency, and the stability of sensitive applications. Traditional cooling mechanisms add complexity, consume energy, and may introduce vibrations that further degrade performance.
Solution
Fluxthor designs and manufactures custom high-precision positioning stages that utilize a patented reluctance actuator technology to achieve near-zero heat dissipation. This coil-free design enhances motion precision and energy efficiency while eliminating the need for traditional cooling systems. The contactless magnetic force employed by the actuators results in a more stable magnetic field, increased bandwidth, and a compact design. Fluxthor's solutions are tailored to meet the exact specifications of high-tech applications across various industries, including semiconductor manufacturing, microscopy, life sciences, scientific projects, and defense & space.
Target Audience
The primary customers are manufacturers and researchers in the semiconductor, microscopy, life sciences, scientific projects, and defense & space industries who require high-precision positioning stages with minimal heat generation.
Features
- Patented reluctance actuator technology for near-zero heat dissipation
- Coil-free design for improved energy efficiency and reduced thermal interference
- Contactless magnetic force for enhanced precision and stability
- Custom design and manufacturing to meet specific application requirements
- Compact design for easy integration into existing systems
- Suitable for high-precision applications in semiconductor, microscopy, life sciences, scientific projects, and defense & space industries