In the fast-evolving world of industrial automation and robotics, servo drives play a pivotal role in ensuring precision, speed, and efficiency in motion control systems. This webinar is designed to offer a comprehensive overview of servo drive technology, their components, real-world applications, and how they contribute to the future of automation, robotics, and manufacturing.
A servo drive is an electronic amplifier used to power electric servomechanisms. It receives a command signal from a control system, amplifies it, and sends electric current to a servo motor to
produce motion corresponding to the desired command.
Servo Motor 🌀
Feedback Device (encoder or resolver) 🔁
Controller 🧠
Drive/Amplifier 🔋
Difference between open-loop and closed-loop systems
Working principles of servo drives
How feedback improves motion accuracy
AC vs DC Servo Drives
Digital vs Analog Drives
Brushless vs Brushed Motors
CNC machines and metal cutting
Robotics and automation arms
Packaging, printing, and textile industries
Medical equipment like robotic surgeries and imaging machines
Aerospace and defense control systems
PID Control Loop explanation
Velocity and torque control
Motion profiling and trajectory generation
Communication protocols (EtherCAT, Modbus, CANopen)
Real-time feedback and synchronization
Interfacing with Human Machine Interfaces (HMI)
Overcurrent, overvoltage, and overheating
protection
Safe torque off (STO) and emergency braking systems
Automation of automotive assembly lines using servo drives
Robotic arms in Amazon warehouses
Precision printing machines in packaging
Servo drives are the backbone of robotic movement, enabling precise motion and control in multi-axis robots.
As part of smart factories, servo drives enable real-time diagnostics, predictive maintenance, and data-driven optimizations.
Used in flight simulators, satellite positioning systems, and unmanned drones for stable, controlled operations.
| Feature | Servo Drives ✅ | Stepper Motors | VFD (Variable Frequency Drives) |
|---|---|---|---|
| Precision | High | Moderate | Moderate |
| Feedback | Yes | No | No |
| Applications | Robotics, CNC | Printers | Pumps, Fans |
| Cost | Higher | Lower | Medium |
🌐 Integration with AI for predictive motion planning
🔋 Energy-efficient and regenerative drives
🤝 Collaboration with IoT platforms for remote monitoring
🧠 Self-learning drives with adaptive tuning
Engineering Students 👨🎓👩🎓
Automation Professionals 🧑🏭
Electrical & Electronics Engineers ⚡
Robotics & Mechatronics Enthusiasts 🤖
Industrial System Integrators 🧰
By attending this webinar, participants will be able to:
✅ Understand core components and working of servo drives
✅ Compare servo systems with other motion control technologies
✅ Apply servo drive knowledge in practical automation projects
✅ Analyze modern advancements and future trends
✅ Build a foundation for deeper learning in robotics and industrial electronics
⏰ Duration: 90 Minutes
🗓️ Format: Live Zoom Session with Q&A
📜 Certificate: E-Certificate of Participation
🧩 Interactive Quiz and Case Study Discussion Included
No prior experience is required. A basic understanding of electronics or automation is helpful but not mandatory. Participants will receive access to session recordings, presentations, and study material.
Q1: Do I need prior knowledge of drives or motors?
A1: No. We’ll cover everything from basics to advanced.
Q2: Will there be practical examples?
A2: Yes, case studies and real-world use cases will be discussed.
Q3: Is this suitable for final-year engineering students?
A3: Absolutely! It’s highly recommended.
Servo drives are at the heart of every modern automation and robotics system. Whether you're a student, enthusiast, or a working professional, understanding servo drives will supercharge your career and skill set 🚀.