Rethinking the architecture of the electric machine.

Srimotrix Technologies designs, analyses and prototypes high-performance electric motors and generators — radial flux, axial flux and novel electromagnetic topologies for robotics, automotive and advanced mobility.

Cross-section of a radial flux machine: a 14-pole outer rotor carrying the magnets turns around a fixed 12-slot inner stator

Fig. 01 — Radial flux machine, 14-pole rotor and 12-slot stator cross-section

Simulate
01electromagnetic FEA
Optimise
02torque & efficiency
Prototype
03mechanical & thermal
Validate
04experimental test

What we build

A broad spectrum of electric machine architectures, engaged individually or developed end-to-end for a specific application.

  • 01

    Radial Flux Motors & Generators

    High-performance conventional and optimised electromagnetic machines for robotics, automotive and industrial applications — the established topology, taken further through magnetic design and analysis.

    RADIAL FLUX · MOTORS · GENERATORS

  • 02

    Axial Flux Motors & Generators

    Compact, high-torque-density machines suited to applications where weight, volume and packaging are critical constraints.

  • 03

    Novel Electromagnetic Topologies

    Unconventional machine architectures developed for improved torque density, efficiency, power density, thermal performance and manufacturability.

  • 04

    Core & Coreless Machines

    Both iron-core and coreless electromagnetic configurations, selected against what the application actually requires.

  • 05

    Application-Specific Machines

    Customised motor and generator solutions designed around the mechanical, electrical, thermal and performance requirements of the end application.

We start with the architecture, not the catalogue.

Srimotrix Technologies Pvt. Ltd. develops cutting-edge electromagnetic systems for next-generation robotics, automotive and advanced mobility. Our core expertise is the design, analysis, prototyping and development of high-performance electric motors and generators.

Our innovation philosophy is centred on rethinking electric-machine architecture rather than working within the limits of conventional motor topologies. We investigate configurations from established radial-flux and axial-flux machines through to emerging and novel topologies, in both core and coreless forms.

The development approach integrates electromagnetic simulation, optimisation, mechanical design, thermal considerations, prototyping and experimental validation — the work of turning a novel concept into a practical engineering solution.

We aim to become a technology-driven developer of next-generation electric machines and electromagnetic systems, bridging innovative electromagnetic concepts with practical, manufacturable products for emerging industrial and mobility applications.

Development

  • Electromagnetic simulation
  • Optimisation
  • Magnetic design
  • Mechanical design
  • Thermal analysis
  • Prototyping
  • Experimental validation

Scope

Machines
Motors & generators
Flux path
Radial, axial, novel
Construction
Core & coreless
Optimised for
Torque & power density, efficiency
Constrained by
Thermal & manufacturability

Let's build the machine.

Tell us what you're developing and what's in the way. You'll get a real reply — usually with a first opinion attached.

Address
Godipatana Sahi, Gopalpur
Nayagarh, Odisha 752025
India
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Elsewhere
Timezone
India, IST (UTC+5:30) — flexible for US & EU hours

This opens your email app with the message ready to send. If nothing happens, write to srimotrix.india@gmail.com.