Our latest blog posts…
-
Inside RoboDK CAM: Machining Strategies for Robotic Manufacturing
RoboDK CAM, launched in April as part of the RoboDK v6.0 update, revolutionises robotic manufacturing by integrating advanced machining strategies within the RoboDK environment. This tool supports implementing machining strategies using robots and CAD data imports, providing a cost-effective solution for manufacturers and eliminating the need for separate CAM software.
-
RoboDK v6.0 Update: New Simulation Event Instructions
RoboDK v6.0 offers a significant upgrade to its simulation engine, allowing users to simulate pick & place and material handling tasks without Python scripting. The new version introduces five additional Simulation Event Instructions that enhance dynamic workflows, including object creation, conveyor stepper, and sensor functions, simplifying complex simulations.
-
Taking a Closer Look at RoboDK CAM – The Geodesic Machining Strategy
The Geodesic machining strategy in RoboDK CAM enhances high-precision finishing for complex 3D geometries by calculating toolpaths based on the actual curvature of workpieces. It features intelligent motion control, versatile input compatibility, and automated geometry handling, ensuring superior surface quality and reduced machining time. This strategy seamlessly incorporates the creation of 3- to 5-axis toolpaths.
-
Key Takeaways from RoboDK Exercises: Station Tree, Robot Panel, and Essential Simulation Tools
Our robot drilling simulation in RoboDK prepares users for an upcoming Pick and Place exercise. We have summarised key points from the drilling example, focusing on the Station Tree and Robot Panel components, tools for efficient programming, and quick tips. These notes help you memorise important features of RoboDK.
-
Getting Started in Robotics: An Introduction to Reference Frame Calibration
Industrial robots can achieve high repeatability via teach pendant or offline programming methods. Reference frame calibration establishes an accurate coordinate system for robot positioning and is crucial for offline programming. Here we discuss reference frames and how to calibrate them, offering operation flexibility while ensuring consistent robotic performance in production environments.
-
RoboDK Examples: Simplifying Industrial Automation Training
This post highlights the benefits of a simple RoboDK drilling simulation. Rather than covering the exercise in detail, we show how this example demonstrates safer training, lower costs, and transferable programming skills making industrial robotics more approachable for students and more practical for SMEs exploring automation.