Ryan Mitchell 
When teams start shopping for a robotic arm, two numbers on the spec sheet decide almost everything: payload and reach. Robot payload and reach together tell you what the arm can physically lift, how far it can move that load, and whether the geometry of your cell actually fits. I have watched integrators spec the … Read more
A robot vision system gives industrial robots the ability to see, measure, and react to the world around them. Inside a modern factory, this is what turns a blindly programmed arm into a flexible, decision-making worker that can find parts, inspect surfaces, and place components with sub-millimeter accuracy. I have spent the last several years … Read more
Robotic machine tending is the use of industrial robots or collaborative robots (cobots) to automatically load raw workpieces into CNC machines and unload finished parts after processing. The system replaces a human operator standing at the machine door, opening the chuck or door, placing stock, and waiting for the cycle to finish. By automating this … Read more
If you’ve ever wondered how does robotic welding work, here’s the short answer: a programmable robot arm moves a welding torch along a precise path to fuse metal parts together, while a controller monitors arc voltage, wire feed, and travel speed in real time. The system repeats the same motion thousands of times with millimeter … Read more
Robotic palletizing uses a robotic arm fitted with an end effector to pick, orient, and stack products onto pallets in a programmed pattern. It replaces the manual lifting, twisting, and stacking that workers do at the end of a production line, and it runs the same cycle thousands of times per shift without tiring. I … Read more
A pick and place robot is an automated machine that picks objects from one location and places them in another, using a robotic arm fitted with an end effector such as a gripper or vacuum cup. Pick and place robotics work by combining a robotic arm, an end effector, sensors for positioning, and a controller … Read more
A robot singularity is a specific arm configuration in which a multi-axis robot loses one or more degrees of freedom and can no longer move smoothly in every direction. It happens when two or more joint axes line up in a way that makes the controller’s math demand infinite joint speed for a tiny end-effector … Read more
A robot work envelope is the three-dimensional space within which a robot’s end effector can reach and perform tasks. I have spent years working alongside automation engineers, and the work envelope is one of the first concepts we discuss before placing any robot on a factory floor. It defines what the machine can physically touch, … Read more
If you have ever watched an industrial robot arm snake into a tight engine bay or weld a seam from an impossible angle, you have seen the value of extra articulation. A 7 axis robot is exactly that: a robotic arm with seven independently controlled degrees of freedom instead of the standard six. That single … Read more
If you have ever watched a car chassis glide through a welding bay or seen a robot delicately assemble a circuit board, you were almost certainly looking at a 6 axis robot in action. It is the workhorse of modern automation and the most widely deployed type of industrial robot on the planet. A 6 … Read more