Let’s assume that you’ve set your control software so that GRBL moves the CNC 50mm (about 2”) every time you press the jogging button. However, GRBL doesn’t listen to your jogging commands in real-time – GRBL only moves in increments, and you can’t stop it mid-travel. Some controllers jog in real time, and stop moving the CNC machine as soon as you tell them to stop (or if you stop sending them signals to move). However, GRBL is not the best for jogging – with serious shortcomings. Jogging is when you manually move your CNC machine by pressing a button (on the keyboard or a joystick, etc). I’ve only seen this feature in UGS and consider it highly helpful for my projects. ![]() UGS has different distance increments for jogging the Z axis. It’s robust, and it has all the basic widgets you need to interact with GRBL – but UGS also has some other unique and useful features. The Universal G Code Sender (UGS) is one of the best GRBL software for many reasons. UGS is not the best option for Raspberry Pi (though UGS is compatible with it). While the interfaces may appear similar at first glance, there are a number of important differences that can make or break your experience – so let’s check them out. In this guide, I’ll share my hands-on experience with all of the most popular choices, comparing the best GRBL software across important factors – like ease-of-use, features, and price – so you can decide which is right for you. This CNC enthusiast controls the machine from his phone.
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