Portable Motion Control Package for Rapid Deployment
AI and digital tools are accelerating automation ideas. ESMind accelerates the next step: deploying structured workflows on real motion/I/O hardware.
Build automation workflows using structured step-based logic and deploy them across motion, I/O, analog devices .
From Idea to Real Motion
SelecStep Workflow
Structure your ideas into a logical sequence of actions..
Simulator
Test the workflow before running it on real hardware
Flexible Motion Core
Execute the workflow on motors, sensors, relays, valves, conveyors, and automated mechanisms.
A shortcut from ideas to real motion
Portable motion control package
ESMind Logic Motion combines workflow software and execution hardware into one portable motion control package.
Machine Prototyping
Rapid build and modify sequence-based machines like conveyors, indexing tables, and pick-and-place lines without complex PLC programming.
Add-on motion capability to existing systems
A plug-and-play add-on module kit designed specifically for R&D engineers, academic researchers, and advanced prototypers working on custom robotics, wheeled platforms, or specialized drones
Education Kit
Introduce students to real-world industrial control principles and logic from day one without wasting terms troubleshooting coding errors.






Built for Rapid Deployment Across High-Mix Scenarios
Flexible Motion Core


SelecStep Workflow
Control Logic Assembled, Not Programmed
Say goodbye to fragile text code and fragmented toolchains. SeleStep uses a structured, step-based control model built from predefined instruction blocks (MOVE, WAIT, LOOP, END).
Build automation workflows using structured step-based logic and deploy them across motion, I/O, analog devices .
No Code – Zero Vendor Lock-In – Expert Independence
Reach out anytime. We're here to help
contact@esmindlogic.com
Subscribe to our newsletter
. Core architect under patent filing
. SelecStep/FMC is not a certified safety system. System-level safety design and validation remain the responsibility of the integrator





