Acrome Robotics

New blog post is live! 📖

Ever wondered how control systems scale from a single motor to a full robotic arm? Our latest blog walks you through advanced control experiments on a 3-DoF platform, from LQR and LQG all the way to nonlinear control methods.

A solid read for anyone working in control systems, robotics, or mechatronics. 👇

🔗 https://acrome.net/post/advanced-control-experiments?utm_medium=social&utm_source=facebook

New webinar dropping 🎓

Teaching LQR/LQG with accessible MIMO experiment systems, with guest speaker Asst. Prof. Fethi Candan from Ankara University.

📅 21 May · 15:00 CET
Free · Online · Live Q&A

Register here: https://acrome.net/events?utm_medium=social&utm_source=facebook

Happy Labour Day to every hand that builds the future! 🔧

Today, we celebrate the engineers, makers, and innovators who turn ideas into reality, including our own incredible team at Acrome. 🙌🏻

If Stewart Platforms are part of your work, or you’ve been meaning to understand them better, this is a good place to start!

🗓 April 16, 2026 | 17:00 CET
🎙 Candan Caner & Serhan Argun
💻 Free | Online | Live Q&A

Register now -> https://acrome.net/events?utm_medium=social&utm_source=facebook

🔎 One platform, many possibilities.

The ACROME Stewart Platform is used in all kinds of real-world applications, from medical imaging and rehabilitation systems to RF chamber testing and advanced robotics & control research.

When your project needs precise, repeatable multi-axis motion, this platform gives you the control and flexibility to make it happen.

👉 Contact us to discover how the Stewart Platform fits your use!

🔬 How can robotics, VR, and medical rehabilitation come together?

In this case study, Gheorghe Asachi​ Technical University of Iași explores the integration of ACROME’s Stewart Platform with Virtual Reality for a medical rehabilitation application.

Discover how motion platforms and immersive environments can support innovative healthcare solutions.

🔗 Read the full case study via the link in BIO!

How do multiple inputs and outputs interact in a real dynamic system? 🤔

In this post, we explore MIMO control concepts using ACROME’s 3-DoF Helicopter, turning theory into hands-on experimentation for education and research. 🚁

🔗 Check the link in BIO to read!

We were excited to take part in the “Automatic Control and Robotics Systems” seminar at Istanbul Kültür University (IKU). During the session, we introduced our control and robotics education platforms, including the 3-DoF Helicopter and motion systems, and discussed how hands-on experimentation bridges theory with real-world engineering.

It was great to meet with students and faculty to exchange ideas. Thank you, IKU, for hosting us!