Introducing MBR:
Torque Reshaped.
At Ember Innovations, we’re advancing magnetic interaction technologies through the development of the Magnetic Bias Repeater (MBR). As a passive torque-conditioning system, the MBR uses precisely controlled magnetic interactions to modify the torque profile of rotating systems—altering how input energy is translated into mechanical torque throughout each rotational cycle.
The Innovation: Advanced Torque-Shaping Architecture
Experimental investigation into magnetic interaction dynamics led to the development of a novel system for electromechanical efficiency optimization.
Following years of iterative testing and prototype refinement, Ember Innovations has developed a method for reducing continuous drive demand through precisely configured geometric asymmetry. By modifying the dynamic torque profile of rotating systems, the MBR delivers localized, passive load relief without requiring active electrical input.
Measured Performance Summary
In sponsored testing conducted at a Carnegie R1 research institution, the MBR exhibited a repeatable, position-dependent torque asymmetry under controlled laboratory conditions.
Key Measured Results
Peak torque of +1.486 N·m (41.6σ above the calibrated noise floor)
Stable three-zone, phase-locked torque profile with angular repeatability of ±0.05 rad
Integrated work bias per cycle of +55.5 mJ (3.0–3.8σ statistical confidence)
Systematic waveform modulation with configuration changes, absent in null-stator controls
Real-World Applications & Scalable System Architecture
The MBR system is a modular, geometry-driven architecture designed for integration with existing drivetrains and electromechanical systems. It exhibits a repeatable, position-dependent torque response governed by spatial magnetic interaction geometry under controlled conditions.
The interaction profile is modular in structure, allowing system scaling through unit replication while preserving the torque–angle characteristics and phase stability observed in testing.
These characteristics make the architecture suitable for evaluation in applications such as power generation, industrial machinery, and electric mobility systems where controlled torque behavior is a relevant design parameter.
Partner with us to Advance Magnetic System Development
Ember Innovations is seeking strategic partners to support continued development and evaluation of the Magnetic Bias Repeater (MBR).
Collaborators may participate in prototype testing, performance characterization, and system integration studies as part of ongoing engineering development.
For collaboration inquiries, prototype demonstrations, or technical discussions, please contact Ember Innovations: