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EasyHandling Systems

EasyHandling is a complete platform for the easy design, construction, and commissioning of Cartesian motion robots (also known as linear robots). It combines open, user-friendly programming environments with precise and reliable linear componentry to create the most accessible, easy-to-use Cartesian motion robot. With a wide range of load and speed capabilities, the system is scalable from small laboratories to large warehousing or aircraft assembly operations. When equipped with Rexroth drives and controls it is programmable under IEC61131-3 but also via Rexroth's Open Core Interface, for programming in platforms as simple as Excel all the way up to high level languages such as C++.

Easy Motion Test Drive Download

Open Core Interface lets you set up motion for handling from a spreadsheet! Get our free Easy Motion Test Drive to find out more.

Product Configurators

Visit our Online Catalog to find product information and configurators for the linear axes and accessories used in EasyHandling.



  • Pick-and-Place Machines
  • Machine Vision Systems
  • Automated Storage and Retrieval
  • Measuring
  • Automated Cutting
  • Dispensing
  • Marking and Sorting
  • Tool Handling

Ideal For:

  • Semiconductor manufacturing
  • Food, Beverage or Pharmaceutical manufacturing
  • Additive Manufacturing: Digital Printing, 3D Printing
  • Electronics Manufacturing and Printed Electronics
  • Molding: Injection, Blow, Extrusion
  • Warehousing and Distribution
  • Machining
  • Welding
  • Consumer Packaged Goods
  • Eyewear Manufacturing
  • Filter Manufacturing
  • Durable Goods
  • Automotive
  • Appliance
  • TVs and AV
  • Lab Automation

Key Benefits

Key Benefits:

  • Ease-of-use robotics programming
  • Application flexibility
  • Smaller development team
  • Faster machine design and commissioning
  • Easier troubleshooting
  • Highest possible efficiency and productivity
  • Unmatched precision in Cartesian motion, due to standardized connectors, accurate modules and a wide range of options
  • Lower costs and reduced complexity compared to SCARA or 6-axis robots

Notable Features

Notable Features:

  • Pre-assembled systems or kit deliveries
  • Widest standardized portfolio of module options, connectors, even cable handling
  • Pre-configured function blocks based on common applications
  • Pre-parameterized and programmable via common programming languages (C++, VBA, etc.)
  • Strokes: Up to 12m
  • Payloads: Up to 100 kg
  • Speeds: Up to 5m/s
  • Accelerations: Up to 100m/s2
  • Accuracy: Up to 10 micron per axis
  • Repeatability: Up to 5 micron per axis