The sliding mechanism is the core motion system of the project. It converts the motor’s rotary motion into a smooth, linear motion, driving the moving assembly forward and backward in a controlled and repeatable way. The mechanism is designed for stability, consistent stroke length, and adjustable speed, ensuring reliable operation.

This component connects the main assembly to the base using legs. It acts as a rotational pivot, allowing the assembly angle to be adjusted and then locked in a selected position. The design provides a secure mechanical connection while maintaining stability and smooth adjustment.

This section explains how to install the motor and reduction gear as part of the assembly. It describes how the motor is mounted to the frame, how the reduction gear is attached, and how rotational motion is transferred from the motor to the reciprocating mechanism. The focus is on correct positioning, alignment, and secure mechanical connections required during the DIY build process.

This section describes the legs and the inclination wheel used to connect them to the stand base. It explains how the legs are positioned and spaced, and how the inclination wheel fits between the legs and the stand base. The focus is on part geometry and spacing to ensure the printed components fit together correctly and assemble smoothly.

This section explains how to print the legs and feet that support the assembly and carry its weight. It describes the intended orientation of the printed parts, their fit, and how the feet attach to the legs. It also covers the installation of abrasive pads on the feet, which increase friction with the surface and help reduce unwanted movement.