3D Printing & Lasers › 3D Printer Parts & Accessories › Bambu Lab

Introduction   The N20 Reduction Gear Motor is a low-power reduction motor with a D-shaped output shaft, suitable for applications requiring continuous rotation of objects. This motor offers three speed options, including a low-speed version (150rpm), a medium-speed (400rpm), and a high-speed (1000rpm). The...

Introduction   The N20 Reduction Gear Motor is a low-power reduction motor with a D-shaped output shaft, suitable for applications requiring continuous rotation of objects. This motor offers three speed options, including a low-speed version (150rpm), a medium-speed (400rpm), and a high-speed (1000rpm). The...

Introduction The three-position rocker switch module is a 1CH input device with three fixed positions: left, center, and right, making it suitable as a state switch in various scenarios that require switching the state of lights, mechanical deformation, and more. For example, it can...

Introduction The 030 Micro DC Motor with SH1.0 connector is a compact and efficient motor, perfect for space-constrained projects. Its 1.5mm output shaft and SH1.0 connector ensure easy and reliable connections, making it ideal for robotics, small appliances, and various electronic applications.

Introduction The magnetic connector is an electronic component that utilizes the principle of magnetism to achieve connection. It consists of a male part and a female part. When in use, the male and female parts will automatically attract and connect together due to the...

Introduction The Single-Axis Joystick Module is a 1-channel analog input module. It automatically returns to the center position. Compared to a Dual-Axis Joystick Module, the single-axis joystick moves in only one direction and outputs a single analog signal, making it ideal for use as...

Introduction The Dual-Axis Joystick Module is a 2-channel analog input module. It automatically returns to the center. The dual-channel joystick is suitable for use as a control lever in various scenarios where control of both movement speed and direction is required, especially when these...