[EVENT] Motion control under extreme conditions | Technologies built for extreme environments

Why attend?

• Design for extreme environments
  Discover how motion control performs under high and low temperatures, shock, vibration, moisture and other demanding conditions.
• Reduce risk in your machine design
  Learn which drive and motion architecture choices can contribute to greater reliability and a longer operational lifetime.
• Validate motion software before hardware is available
  Discover how Software-in-the-Loop can help you test control algorithms and motion-control software at an early stage.
• Shorten your development cycle
  Reduce your dependence on physical prototypes and identify design issues earlier in the development process.
• Learn from real-world applications
  Discover how motion control is applied in sectors including defence, marine, robotics, semiconductor and off-highway applications.

Programme

• 10:30 – Welcome & registration
• 11:00 – Expert presentation
• 12:00 – Lunch, demonstrations & networking
• 13:00 – Expert presentation
• 14:00 – Closing remarks & key takeaways
• 14:15 – Networking drinks
• 15:00 – End of the event

Servo Drives for Harsh Environments – Engineering for Mission-Critical Applications

How do you design motion systems that continue to perform flawlessly under the most demanding conditions?

From high shock and vibration loads to extreme temperatures and the highest reliability requirements for mission-critical applications, discover how advanced servo drives deliver robust performance in demanding military and industrial environments. During this session, we'll cover the key design principles for harsh-environment applications and discuss real-world examples from the defense and industrial sectors. You'll also learn how to significantly improve your system's reliability and lifetime performance. If you're developing equipment that simply cannot fail, this session will provide the insights you need.

Software-in-the-Loop (SIL) – Accelerate Custom Motion System Development

What if you could run your own control algorithm in real time on a standard drive?

Discover a new tool that enables machine designers to easily develop, test and implement their own control algorithms within Elmo’s Platinum and Titanium drives.

SIL is integrated as a module within MathWorks Simulink® Real-Time Workshop, allowing motion-control algorithms to be generated quickly and efficiently. The code is then compiled and can be downloaded directly to the drives. It also enables the use of non-standard feedback devices, such as IMUs and gyroscopes via RS-485.

Through real-world examples from industrial and defence applications, you will discover how SIL can significantly shorten development cycles and improve system performance, while reducing costs and complexity.

Who is this Innovation Day for?

Are you an engineer, machine builder or system architect working on an application where reliability, extreme operating conditions or a short development cycle are critical? Then this Innovation Day is for you.

Do you have a motion-control challenge?

Bring your technical challenge and discuss it directly with our engineers and experts from Elmo Motion Control.

Register now and discover how robust servo drives and Software-in-the-Loop can help you accelerate development, reduce risk and increase the reliability of your applications.