Professional Electric Motor Design
Building Tomorrow's Technology with Dynamic Engineering
From concept to production, maximizing performance for industrial, automotive, aerospace, and renewable energy applications.
Why PMT Electronics?
At PMT Electronics, we don't just design motors; we provide innovative engineering solutions. With our expertise in electrical engineering, materials science, and thermodynamics, we create optimized motor designs that exceed industry standards.
Our dynamic design approach combines advanced simulation, rigorous testing processes, and innovative manufacturing techniques to produce motors with the following features:
- Maximum Efficiency: Up to 98% energy efficiency.
- High Reliability: Specially developed for harsh environmental conditions.
- Full Customization: Perfectly aligned with the specific requirements of your project.
- Cost Optimization: The best value without compromising performance.
Our Design Services
Motor Design & Engineering
Comprehensive motor design from initial concept to detailed engineering drawings. Electromagnetic design, thermal analysis, mechanical optimization, and manufacturability assessment.
Performance Optimization
Maximizing efficiency and minimizing losses using advanced FEA and CFD simulations. We optimize the magnetic field, thermal distribution, and mechanical stress.
Prototyping & Testing
Prototype development and comprehensive testing services to ensure your design meets or exceeds performance and safety specifications before moving to production.
Custom System Solutions
Specialized motor solutions tailored to the unique requirements of electric vehicles, aerospace, medical devices, industrial automation, and renewable energy systems.
Manufacturing Support
Full support for the transition to mass production. We provide manufacturing drawings, process documentation, quality assurance protocols, and continuous technical engineering support.
Technical Consulting
Get professional engineering advice from our industry experts on motor selection, system integration, compliance with legal standards, and technology selection.
Technical Capacity & Expertise
Advanced Electromagnetic & Thermal Analysis
Our designs are verified using the latest finite element analysis (FEA) and computational fluid dynamics (CFD) software. This allows us to perfectly predict the behavior of the motor in a virtual environment before creating a physical prototype.
- Magnetic Flux Optimization: Increasing efficiency by preventing saturation.
- Advanced Cooling: CFD design of liquid and air cooling channels.
- Vibration & Acoustics: NVH (Noise, Vibration, Harshness) analysis and minimization.
Electrical Design
- Brushless DC Motors (BLDC)
- Permanent Magnet Synchronous (PMSM)
- AC Induction Motors
- Custom Winding Configurations
- High Torque Density Designs
Simulation & Analysis
- Electromagnetic 2D/3D FEA
- Thermal & CFD Simulation
- Mechanical & Structural Analysis
- Loss Calculation (Iron/Copper)
- Demagnetization Analysis
Mechanical Engineering
- Rotor & Stator Lamination Design
- Shaft & Bearing Optimization
- Body & Housing Design
- Active Cooling Jackets
- Strength & Fatigue Analysis
Performance Range
- Power: 100W to 500kW+
- Voltage: 12V - 800V DC/AC
- Speed: Up to 25,000+ RPM
- Efficiency: Up to 98%
- Continuous and Peak Torque Optimization
Our Design Process
1. Requirements Analysis
We comprehensively evaluate your project's application requirements, performance targets, mechanical constraints, and cost objectives.
2. Concept Development
Using analysis tools, we create multiple design concepts and select the most suitable topology for size, weight, and power requirements.
3. FEA & Thermal Optimization
We guarantee maximum efficiency and reliability by refining the selected concept through electromagnetic, thermal, and mechanical simulations.
4. Prototype & Validation
We produce functional prototypes and conduct comprehensive load and thermal tests in a laboratory environment to verify design specifications.
5. Transition to Production & Support
We ensure a smooth transition to mass production by preparing technical documentation, manufacturing drawings (CAD/CAM), and quality control procedures.
Take Your Motor Design to the Future with Innovation
Our expert engineering team is ready to turn your demanding motor design requirements into a competitive advantage.