Welcome to NodiStep

Meet NodiStep – Bring Electromagnetism to Life

See invisible forces come alive through light, motion, and design. An interactive educational kit that makes physics, robotics, and engineering tangible, inspiring, and fun

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What it is?

ABOUT STEPPER

NodiStep is a hands-on STEM kit that brings electromagnetism to life.
It combines a real working model with interactive software, letting students see and control magnetic motion in real time.


Perfect for classrooms and STEM programs exploring physics, automation, and robotics.

What it is?

Interactive Learning Experience

NodiStep moves as you code — the software and device respond to each other instantly, visualizing every magnetic pulse in real time

What it is?

Why Stepper?

Dual Interaction — physical + virtual control

Learn through both touch and technology — see how digital commands drive real motors.

Dual Interaction — physical + virtual control

Learn through both touch and technology — see how digital commands drive real motors.

Dual Interaction — physical + virtual control

Learn through both touch and technology — see how digital commands drive real motors.

Real-time visualization — see every magnetic step

Watch magnetic fields react instantly with synchronized LED feedback.

Real-time visualization — see every magnetic step

Watch magnetic fields react instantly with synchronized LED feedback.

Real-time visualization — see every magnetic step

Watch magnetic fields react instantly with synchronized LED feedback.

Easy to use - plug & learn in minutes

No assembly or setup required — just connect and start experimenting.

Easy to use - plug & learn in minutes

No assembly or setup required — just connect and start experimenting.

Easy to use - plug & learn in minutes

No assembly or setup required — just connect and start experimenting.

Programmable — experiment with real code and logic

Write, test, and visualize algorithms that drive real motion.

Programmable — experiment with real code and logic

Write, test, and visualize algorithms that drive real motion.

Programmable — experiment with real code and logic

Write, test, and visualize algorithms that drive real motion.

By submitting your email address, you agree to the collection, storage, and processing of your personal data by

NodiStep in accordance with our Privacy Policy and Terms of Service. We use this data to deliver the requested communications and for internal analytics.

Ready to make science visible?

Bring Stepper to your classroom today.

By submitting your email address, you agree to the collection, storage, and processing of your personal data by

NodiStep in accordance with our Privacy Policy and Terms of Service. We use this data to deliver the requested communications and for internal analytics.

Ready to make science visible?

Bring Stepper to your classroom today.

Ready to make science visible?

Bring Stepper to your classroom today.

What it is?

STEM Education Value

NodiStep bridges theory and reality, helping students master electromagnetism, automation, and mechatronics through visual and tactile learning.

What it is?

How it works?

1. Connect

Link Stepper to your computer or mobile device

2. Code

Write simple commands (block-based or real code)

3. Activate

See how your code triggers magnetic coils

4. Observe

The rotor spins, demonstrating real-world physics in action.

1. Connect

Link Stepper to your computer or mobile device

2. Code

Write simple commands (block-based or real code)

3. Activate

See how your code triggers magnetic coils

4. Observe

The rotor spins, demonstrating real-world physics in action.

1. Connect

Link Stepper to your computer or mobile device

2. Code

Write simple commands (block-based or real code)

3. Activate

See how your code triggers magnetic coils

4. Observe

The rotor spins, demonstrating real-world physics in action.

What it is?

Inside the Kit

What it is?

From Theory to Practice

By submitting your email address, you agree to the collection, storage, and processing of your personal data by

NodiStep in accordance with our Privacy Policy and Terms of Service. We use this data to deliver the requested communications and for internal analytics.

Ready to make science visible?

Bring Stepper to your classroom today.

By submitting your email address, you agree to the collection, storage, and processing of your personal data by

NodiStep in accordance with our Privacy Policy and Terms of Service. We use this data to deliver the requested communications and for internal analytics.

Ready to make science visible?

Bring Stepper to your classroom today.

Ready to make science visible?

Bring Stepper to your classroom today.

What it is?

Nodi Ecosystem

What it is?

Software Features

Reserv

NodiStep

Stepper is an educational IoT device that demonstrates how code transforms into motion using magnetic force. It bridges the gap between abstract algorithms and real-world results.

Why you need it?

What it is?

Testimonials

Sarah Mitchell

Physics Teacher, USA

“My students finally see how electromagnetism works. NodiStep turned complex theory into real, hands-on understanding.”

Elena Rossi

STEM Instructor, Italy

“It’s rare to find something both educational and inspiring. NodiStep makes lessons exciting again — the kids don’t want to stop experimenting.”

David Chen

Robotics Coach, Singapore

“NodiStep bridges coding and mechanics perfectly. Watching the motor respond to code in real time amazed every student in my lab.”

Sarah Mitchell

Physics Teacher, USA

“My students finally see how electromagnetism works. NodiStep turned complex theory into real, hands-on understanding.”

Elena Rossi

STEM Instructor, Italy

“It’s rare to find something both educational and inspiring. NodiStep makes lessons exciting again — the kids don’t want to stop experimenting.”

David Chen

Robotics Coach, Singapore

“NodiStep bridges coding and mechanics perfectly. Watching the motor respond to code in real time amazed every student in my lab.”

FAQ

Frequently asked Questions

What is NodiStep used for?

It’s an interactive STEM device that visualizes electromagnetism and motion in real time.

Is it suitable for schools?

Yes — it’s classroom-ready, safe, and curriculum-aligned.

Do I need programming skills?

Not for basic use. Advanced users can connect Arduino for coding experiments.

Can it be used as decor?

Absolutely. Its silent motion and RGB lighting make it perfect as a sci-fi desk lamp.

What ages is it for?

Ideal for ages 12+ — from middle school to university and hobbyists.

Is NodiStep part of a larger ecosystem?

Yes, it’s the first in a family of Nodi devices — including actuators, robots, and control modules.

What is NodiStep used for?

It’s an interactive STEM device that visualizes electromagnetism and motion in real time.

Is it suitable for schools?

Yes — it’s classroom-ready, safe, and curriculum-aligned.

Do I need programming skills?

Not for basic use. Advanced users can connect Arduino for coding experiments.

Can it be used as decor?

Absolutely. Its silent motion and RGB lighting make it perfect as a sci-fi desk lamp.

What ages is it for?

Ideal for ages 12+ — from middle school to university and hobbyists.

Is NodiStep part of a larger ecosystem?

Yes, it’s the first in a family of Nodi devices — including actuators, robots, and control modules.

By submitting your email address, you agree to the collection, storage, and processing of your personal data by

NodiStep in accordance with our Privacy Policy and Terms of Service. We use this data to deliver the requested communications and for internal analytics.

Ready to make science visible?

Bring Stepper to your classroom today.

By submitting your email address, you agree to the collection, storage, and processing of your personal data by

NodiStep in accordance with our Privacy Policy and Terms of Service. We use this data to deliver the requested communications and for internal analytics.

Ready to make science visible?

Bring Stepper to your classroom today.

Ready to make science visible?

Bring Stepper to your classroom today.