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.
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
Products & Technology
What we build
A broad spectrum of electric machine architectures, engaged individually or developed end-to-end for a specific application.
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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
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02
Axial Flux Motors & Generators
Compact, high-torque-density machines suited to applications where weight, volume and packaging are critical constraints.
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03
Novel Electromagnetic Topologies
Unconventional machine architectures developed for improved torque density, efficiency, power density, thermal performance and manufacturability.
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04
Core & Coreless Machines
Both iron-core and coreless electromagnetic configurations, selected against what the application actually requires.
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05
Application-Specific Machines
Customised motor and generator solutions designed around the mechanical, electrical, thermal and performance requirements of the end application.
Target applications
Where it goes
High-performance applications where power density, torque density, efficiency, compactness, weight and dynamic response are critical.
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Robotics
Drive and actuation units for robotic joints and end effectors, where torque density and dynamic response set the design limit. TORQUE DENSITY · DYNAMIC RESPONSE -
Automotive & EVs
Traction and auxiliary machines developed against efficiency, weight and packaging targets rather than catalogue ratings. EFFICIENCY · WEIGHT · PACKAGING -
Advanced Mobility
Propulsion and lift machines for emerging platforms, where power density and weight decide the architecture before anything else does. POWER DENSITY · WEIGHT -
Industrial Automation
Machines for automated equipment and production systems, optimised for efficiency and sustained duty rather than peak output. EFFICIENCY · DUTY CYCLE -
Actuation Systems
Compact machines designed around the mechanical envelope of the mechanism they drive, not bolted on after the fact. COMPACTNESS · TORQUE DENSITY -
Specialized Electromechanical Systems
Low-volume and one-off machines built to requirements that no catalogue product meets. APPLICATION-SPECIFIC · LOW VOLUME
Innovation
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
Scope
- Machines
- Motors & generators
- Flux path
- Radial, axial, novel
- Construction
- Core & coreless
- Optimised for
- Torque & power density, efficiency
- Constrained by
- Thermal & manufacturability
Contact
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
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Godipatana Sahi, Gopalpur
Nayagarh, Odisha 752025
India View on Google Maps - Elsewhere
- Timezone
- India, IST (UTC+5:30) — flexible for US & EU hours