Motion Control - Cardinal Kinetic

What is InoWorx™?

The InoWorx™ solution consists of hardware and software designed to make it as simple as possible to create motion where and when you need it.

Approachable

InoWorx™ is a simple, elegant solution that can eliminate the need for stand alone control panels, PLCs, and expensive software licenses

Powerful

Incorporates a patented method for effortlessly controlling servomotors up to 400 watts with exceptional precision and performance. InoSync™ allows multi-axis, coordinated motion.

Integrated

Combines all the capabilities of a servo amplifier, motion controller, and fully functional logic engine, into a single unit.

Our Mission

Our mission is to eliminate traditional barriers to creating and controlling motion, and make motion control accessible to modern engineers, as well as non-engineers.

Why InoWorx™

The InoWorx™ Motion Control Platform is an easy-to-implement motion control solution that removes the complexities inherent in traditional methods. It can be deployed by engineers and non-engineers alike.

Get Started!

Contact us today to discuss your motion control needs. Our Application Specialists will help design and implement your solution.

Unveiling InoWorx: Revolutionizing Motion Control for the Future

In today’s industrial automation landscape, the demand for versatile motion control solutions is on the rise. InoWorx addresses critical challenges faced by manufacturers, particularly in applications requiring modular motion control. This blog will introduce InoWorx, highlight its key features, and explain how it can transform various motion

InoWorx™ Provides Simple, Affordable, and Precise Control of Servomotors

Cardinal Kinetic's InoWorx motion control platform is an integrated system that provides simple, precise control of brushless DC servo motors.

15 Ways InoWorx is Simple!

InoWorx™ is an innovative, networked, all-in-one integrated motion system package built for modern engineers who require highly reliable, accurate, and precise control of brushless DC motors.