RoboDK

RoboDK is a robotics simulation and offline programming platform used to program, simulate, and optimize industrial robot operations. Developed by RoboDK, the software allows engineers to design robotic workflows and test automation processes in a virtual environment before deploying them on physical robots.

Instead of programming robots directly on the shop floor, RoboDK enables offline robot programming, allowing engineers to create and validate robot paths without interrupting production. This approach reduces downtime and improves the efficiency of robotic integration projects across a wide range of manufacturing environments.

RoboDK supports robots from many major manufacturers, enabling users to simulate robotic cells with different robot models and automation components. Engineers can test motion paths, check for collisions, and optimize robotic operations before executing them in real manufacturing systems.

Because of its flexibility and hardware compatibility, RoboDK is widely used in robotics research, industrial automation, and robotic manufacturing applications.

Key Features

• Robot-agnostic library with 1,200+ robot models from 80+ manufacturers including ABB, FANUC, KUKA, Yaskawa, UR, and Stäubli
• Universal post-processor output that generates native controller programs for every major robot brand without requiring vendor-specific syntax knowledge
• CAD-to-path integration that converts G-code and APT-CLS toolpaths from CAM software directly into robot programs for machining applications
• Automated collision detection and path optimization that avoids singularities, joint limits, reach limits, and tool collisions during program generation
• External axes support for linear rails, rotary tables, and positioners synchronized with robot motion in a single simulation environment
• Multi-robot station programming for coordinating multiple robots moving simultaneously without additional simulation overhead
• Robot calibration tools that improve offline programming accuracy to 0.100mm through systematic calibration workflows
• RoboDK API with Python, C#, Visual Basic, C++, and MATLAB interfaces for programmatic simulation control and custom automation
• RoboDK for Web for cloud-based project sharing and collaboration across distributed engineering teams
• VR and AR visualization for immersive robot cell review and mixed reality shop floor overlay for operator communication

Best For

System integrators, automation engineers, small to mid-sized manufacturers, research institutions, and educators who need hardware-neutral robot simulation and offline programming across multiple robot brands without the vendor-specific software stack, enterprise licensing overhead, or programming expertise requirements that manufacturer-native tools demand.

Who It's Not For

Large enterprise manufacturers running full digital manufacturing programs that require deep PLM integration, human ergonomics simulation, discrete event factory-level simulation, and PLC virtual commissioning at the depth of Tecnomatix Process Simulate or Visual Components. RoboDK handles robot cell simulation and offline programming exceptionally well, but it is not a full digital manufacturing platform for production line planning and factory-level throughput analysis.

Platform

Windows, macOS, and Linux with full cross-platform support across all three operating systems, including Linux for research and academic environments.

RoboDK for Web is available in any modern browser for cloud-based project access and collaboration.

USB dongle licensing is available for secure offline environments without internet connectivity.

Pricing

Commercial robotics simulation software.

A perpetual license for professionals is available for €3,995 and includes one year of maintenance with optional annual renewal for continued updates.

Educational licensing for schools and universities is available for approximately €145 per year.

A calibration license is available as a separate add-on for organizations requiring maximum offline programming accuracy.

A 30-day free trial with full simulation and offline programming features is available.

Pros

• Hardware-neutral library of 1,200+ robot models from 80+ manufacturers in one simulation environment eliminates vendor-specific software fragmentation
• CAD-to-path conversion brings existing CAM toolpaths directly into robot programs with no path rebuilding required
• Full cross-platform support including Linux provides a consistent experience across Windows, macOS, and Linux for research and academic environments
• Perpetual licensing with optional maintenance renewal makes a one-time purchase viable for shops that do not need continuous updates
• Python and MATLAB APIs enable deep programmatic integration without switching tools or learning new environments
• Accessible pricing starting at €145 makes professional robot simulation available to small teams and startups that KUKA.Sim and ABB RobotStudio pricing excludes

Cons

• Not a full digital manufacturing platform; factory-level discrete event simulation, PLC virtual commissioning, and human ergonomics analysis require dedicated tools such as Tecnomatix or Visual Components
• Post-processor accuracy for highly complex multi-axis coordinated motion on specific controllers can require manual tuning, as generic post-processors do not always match every controller firmware version
• No native Teamcenter, Windchill, or PLM integration means enterprise organizations connecting robot programs to product lifecycle management systems need custom API integration work
• VR and AR capabilities are present but less mature than those found in dedicated immersive simulation environments
• Documentation and community forums are the primary support channels, with formal enterprise support requiring direct engagement

Rating

⭐ 4.6 / 5

Editorial Take

RoboDK provides a practical platform for robot simulation and offline programming, helping engineers develop and validate robotic automation systems before deploying them in real manufacturing environments.

Alternatives

Visual Components, Siemens Tecnomatix Process Simulate, ABB RobotStudio, KUKA.Sim, FANUC ROBOGUIDE, Delmia Robotics

Used In

• Industrial robot cell design and validation

• CNC-to-robot machining and deburring

• Robotic welding path programming

• Automated inspection and measurement

• Pick-and-place and palletizing automation

• Research and academic robotics

• System integrator proposal and sales simulation

• Collaborative robot (cobot) programming

Founded

2015