Description
A stepper motor designed for 3D printers typically features a pulley attached to its shaft. The pulley allows for a mechanical advantage, enabling the motor to drive larger or heavier components, such as the carriage or extruder, with precision and control. These motors are essential components in 3D printers, responsible for controlling the movement of the print head and ensuring accurate layer deposition.
Key Features:
- Stepper motor technology: Utilizes stepper motor technology for precise and controlled movement
- Pulley attachment: Features a pulley attached to the motor shaft for mechanical advantage
- High torque: Delivers sufficient torque to drive the carriage and extruder
- High resolution: Provides fine-grained control over movement for accurate printing
- Compatibility: Compatible with various 3D printer control boards and software
- Durability: Built to withstand the rigors of continuous operation in 3D printing environments
Applications:
- 3D printing: Primarily used in 3D printers to drive the carriage and extruder, ensuring accurate layer deposition
- CNC machines: Can also be used in CNC machines for precise positioning and movement of the cutting tool
- Robotics: Suitable for robotic applications requiring precise and controlled movement
- Automation systems: Can be integrated into automation systems for various tasks
DATA SHEET AND USECASE
Key Specifications:
- Step Angle: 1.8 degrees per step, allowing for fine resolution.
- Rated Voltage: 3.45V
- Rated Current: 1.5A per phase
- Holding Torque: 300 mN·m, ensuring the motor maintains its position when not in motion.
- Max Running Frequency: 8000 pulses per second (pps)