ROBOTICS & AUTOMATION

Automotive & Industrial Production

Built for Precision. Designed for Productivity. 

Supporting flexible manufacturing, inspection, and assembly. Novanta technologies drive productivity, precision, and uptime across automotive and general-industry automation systems.

Automotive & Industrial Production Technology


Reliable Motion for Demanding Environments 

Industrial systems operate around the clock, and our motion solutions are built to keep up. With rugged construction, high torque density, and long bearing life, our motors and force/torque sensors maintain consistent performance in harsh or continuous-use conditions. From assembly lines to robotic arms, our technology delivers smooth motion and dependable uptime. 

Seamless System Compatibility 

Downtime is costly, and integration challenges can slow production. Our motion technologies are designed for plug-and-play compatibility across a wide range of automation architectures. With standardized interfaces and modular configurations, OEMs can design and deploy systems faster, without compromising precision or reliability. 

High-Precision Feedback for Quality Control 

Consistency is everything in automated production. Our high-resolution encoders provide the precise positional feedback needed for inspection, sorting, and process control. With exceptional accuracy and durability, they help manufacturers achieve repeatable results, tighter tolerances, and improved product quality with every cycle. 

Safety and Efficiency Through Smarter Motion 

Built-in safety features such as Safe Torque Off (STO) and advanced diagnostics enable operators to monitor performance in real time and protect both equipment and personnel. Combined with energy-efficient designs, our motion systems help reduce power consumption and operational costs while maintaining the speed and precision modern manufacturing demands. 

Compact Integration for Modern Machine Design 

Today’s industrial equipment must do more in less space. Our compact motors and integrated motion modules simplify system design while maximizing power density. These space-saving solutions reduce cabling, streamline installation, and free up room for other critical components, enabling faster assembly and easier scalability. 

Medical Standards

Experience designing servo drives according to electrical medical equipment standards such as:

  • IEC 60601 standard provides general requirements for basic safety and essential performance.
  • ISO 15858 standard describes the minimum specifications on UVC safety for products, and equipment utilizing UVC lamp fixtures.
  • ISO 14971.


Challenges in Automotive & Industrial Production

As industries move toward digital transformation, automation systems are expected to deliver higher throughput, adaptive performance, and lower energy use, all within tighter design constraints. OEMs must balance precision with durability, flexibility with safety, and innovation with cost-efficiency. The challenge lies in creating motion architectures that can evolve with production demands while maintaining the reliability manufacturers depend on. 


Typical Applications

  • Assembly and Packaging Machinery
  • Pick-and-Place and Inspection Systems
  • Robotics and Cobots
  • Printing, Labeling, and Converting Equipment
  • Factory Automation and Process Control

Talk to an Expert

Ready to overcome your challenges and unlock the full potential of your robotic applications? Contact our expert team today.