Stepper Motor Control Via Arduino
Budget: $250 – $750 AUD
I am looking for a well-versed Arduino coder capable of developing a program for stepper motor control, with an emphasis on precise rotational movements.
Skills and Experience:
- Arduino coding expertise
- Practical understanding of stepper motor control
- Ability to fine-tune for precise rotational movement
The core requirement of the project is:
- To code an Arduino to precisely control the rotation of a stepper motor. This involves understanding the nuances of stepper motor operation and effectively translating this knowledge into coding specifics.
I am making an x y cnc system for projecting a visible laser of an AutoCAD layout on the workshop floor or bench.
Basically I want to (in real time) click on any point on the drawing on a laptop and have a green laser mounted facing down from a large (6m x 4m) ceiling mounted track and move to the corresponding location...and in scale.
I've found a few videos on YouTube that are very similar
Your experience and understanding of both the hardware (stepper motor) and the software (Arduino coding) will be pivotal to the success of this project.
Skills and Experience:
- Arduino coding expertise
- Practical understanding of stepper motor control
- Ability to fine-tune for precise rotational movement
The core requirement of the project is:
- To code an Arduino to precisely control the rotation of a stepper motor. This involves understanding the nuances of stepper motor operation and effectively translating this knowledge into coding specifics.
I am making an x y cnc system for projecting a visible laser of an AutoCAD layout on the workshop floor or bench.
Basically I want to (in real time) click on any point on the drawing on a laptop and have a green laser mounted facing down from a large (6m x 4m) ceiling mounted track and move to the corresponding location...and in scale.
I've found a few videos on YouTube that are very similar
Your experience and understanding of both the hardware (stepper motor) and the software (Arduino coding) will be pivotal to the success of this project.