Motor Stamping Prototyping
Die-Stamped Lamination Stacks, Validated Against the FEA Model
Stamping Prototype
India'sPrecisionMotor
Design&Manufacturing
About Ajanex
Ajanex is a technology-driven engineering company designing high-performance electric motors — engineered for power, efficiency, and precision at every RPM.
Your Motor Engineering Partner
WeBuildtheNextGenerationofMotorandMotionTechnologies.
End-to-end innovation across electromagnetic design, thermal modelling and prototype validation—all engineered to match your exact duty cycle and deliver a reliable, efficient motor for every application.
01
Electromagnetic Design
Slot-pole optimisation, winding configuration, flux analysis
02
Thermal Engineering
Insulation class, duty cycle, cooling strategy
03
Acoustic Optimisation
Modal analysis, rotor balance, noise budget < 52 dB(A)
04
Prototype & Validation
Bench instrumentation, torque-speed, thermal rise
05
Production Engineering
BOMs, drawings, process notes, ramp-up support
06
Custom Drive Systems
AC · BLDC · PMSM — fully specified from brief
Markets & Applications
The right motor for every application.
How we work
Engineered process. Consistent by design.
- 01.
Consultation & Specification
RequirementsWe map your load profile, duty cycle, ambient environment, and cost target into a precise motor specification — before any design work begins.
- 02.
Design & Modelling
EngineeringElectromagnetic, thermal, mechanical, and acoustic engineering carried out together through FEA — efficiency, size, heat rise, and noise optimised as one system, not in isolation.
- 03.
Build, Test & Validate
ValidationPrototypes are instrumented and tested against real operating conditions — torque curves, noise floors, thermal rise — before any production tooling is cut.
- 04.
Design for Manufacturing
DFMDrawings, BOMs, and process FMEA translate the validated design into a build that's ready for your production line, not just a lab bench.
- 05.
Production and Commercialisation
DeliveryOn-site ramp-up support and ongoing engineering partnership — through our manufacturing network or your own in-house line — so production starts right and scales cleanly.
Engineering in Practice
Our capabilities.
Magnet Manufacturing
Selecting a Magnet Grade That Holds Up Under Continuous Load
Magnet Material
Housing Prototyping
Machining and Dial-Gauge Validation of the Motor Housing
Housing Validation
Precision Winding
High-Fill Coil Winding Built for Compact, Efficient Motors
Winding Engineering
Motor Control Hardware Design
Compact PCB-Stator Integration for the Drive Electronics
Hardware Design
Electromagnetic Field Analysis
Mapping Flux Distribution to Minimise Torque Ripple
Electromagnetic Simulation
Dyno Testing
Bench-Validating Torque Output Against the Simulated Curve
Dynamometer Testing
Motor Stamping Prototyping
Die-Stamped Lamination Stacks, Validated Against the FEA Model
Stamping Prototype
Magnet Manufacturing
Selecting a Magnet Grade That Holds Up Under Continuous Load
Magnet Material
Housing Prototyping
Machining and Dial-Gauge Validation of the Motor Housing
Housing Validation
Precision Winding
High-Fill Coil Winding Built for Compact, Efficient Motors
Winding Engineering
Motor Control Hardware Design
Compact PCB-Stator Integration for the Drive Electronics
Hardware Design
Electromagnetic Field Analysis
Mapping Flux Distribution to Minimise Torque Ripple
Electromagnetic Simulation
Dyno Testing
Bench-Validating Torque Output Against the Simulated Curve
Dynamometer Testing
Let's build it right.
Tell us what you're building — we'll reply within one business day.