
Learn CNC machine tool control, from basics to 3D machining. Covers automation, motors, programming, interpolation, and curved surface geometry. Gain practical skills for modern manufacturing.

Learn to convert a manual mill to CNC using ball screws, stepper motors, and LinuxCNC software. Covers mechanical modifications, electronics setup, and software configuration for precise digital control.

This course is a bridge course for students from various disciplines to get the basic understanding of robotics. The mechanical, electrical, and computer science aspects of robotics is covered in this introductory course.

Learn to use Hall Effect switches for stepper motor control, including limit switches and homing sensors. Hands-on experiments and Arduino coding included.

Explore stepper motors and 3D printing with the Simple Stepper Motor Analyzer. Learn motor operation, microstepping, current settings, and performance optimization for improved 3D printer knowledge.

Practical guide to manually tuning a PID controller for an inverted pendulum system, demonstrating Arduino-Python integration and step-by-step adjustment of Kp, Ki, and Kd parameters.

Step-by-step guide to building a wall-drawing robot, covering hardware assembly, electronics, Raspberry Pi setup, and drawing mechanics. Includes live demo and code walkthrough.

Comprehensive exploration of 3D printer controller boards, covering hardware components, software, assembly tools, and industry insights. Ideal for enthusiasts and professionals in 3D printing technology.

Learn to build an affordable 3D-printed 6DoF robot arm using Arduino. This video covers hardware assembly for axes 1 and 2, with future plans for motor connections and movement.

Explore the journey of replicating 30 years of lithography technology advancements, from assembly challenges to breakthroughs, in this engaging and informative video on semiconductor manufacturing.

Assemble Z steppers, SSR, and Pi power for LDO Voron 2.4R2 3D printer. Detailed guide covers wiring, PCB connections, and crucial component installations for a successful build.

Install leadscrews, feet, and stepper motors on the Voron Trident 3D printer frame. Learn essential assembly techniques and gain insights into the build process of this advanced 3D printer.

Comprehensive guide on controlling stepper motors with Arduino, covering NEMA17 motors, various drivers, programming, and practical applications. Includes code examples and hardware comparisons.

Learn to control large NEMA 23 stepper motors using Arduino and microstep driver modules. Covers motor specifications, driver selection, wiring, and programming with basic sketches and the AccelStepper library.

Comprehensive guide to controlling bipolar and unipolar stepper motors with Arduino, covering theory, specifications, and practical implementations using various driver boards.

Learn to control stepper motors with Arduino, including direction and speed adjustments. Hands-on tutorial covers wiring, programming, and troubleshooting for precise motor control in various applications.

Learn to create an Arduino-controlled Ouija board with self-moving pieces using CNC technology. This tutorial covers hardware setup, wiring, and Arduino programming for an impressive escape room prop or interactive game.

Explore the inner workings of a fruit machine's feature reel, learn to connect its components to an Arduino, and discover the process of reverse engineering without a manual.

Explore modular cardboard kit for building custom digital fabrication machines. Learn rapid prototyping techniques and expand application spaces for novice machine builders.

Learn to build a custom 3D food printer using a syringe pump, X-Carve frame, and high-power stepper drivers. Explore the challenges and solutions for printing edible frosting with large-scale precision.

Master the complete assembly process of Voron Clockwork 2 extruder with detailed steps on heat insert installation, gear meshing, component assembly, and final testing for optimal 3D printing performance.