To be the leading hub for groundbreaking electric motor technologies—driving innovation, sustainability, and performance. Accelerate adoption of energy-efficient, sustainable motor systems in industries like EVs, robotics, manufacturing, and aerospace.
Mechanical and efficiency based advantage
The motor uses smallest magnetic loop circuit formed by stator electromagnet and nearby rotor iron material. The motor can generate high torque without using permanent magnets. The motor produces less heat and is more energy efficient.
This motor doesn't use permanent magnets and so its performance doesn't degrade with time and load. When implemented in big capacity, individual stator windings can be made such that they can be separately monitored and repaired, this make maintenance an easy task.
Low voltage commutator with amplifier make a simple drive circuit. No other electronic circuit required. This help in additional cost cutting.
Since low voltage low current is passing through the commutator contact / brush, its life span compared to other DC motors is very high.
This commutator module can be fit to the motor shaft as a separate module so the maintenance of the commutator can be very easy.
We are designing a customizable graphene based smart actuator which is capable of delivering high torque with compact form factor. These actuators can be integrated to robotics and automation systems.