Category: StepStick - stepper motor drivers
StepStick – Stepper Motor Drivers
Stepper motor drivers, such as StepStick, are essential components in automation and robotics systems. They enable precise control of the position and speed of stepper motors, which is crucial in many applications, from 3D printers to CNC machines. At Kamami, we offer a wide selection of stepper motor drivers that meet the needs of both hobbyists and professionals.
There are 19 products.
Compact stepper motor controller with the TMC2226 system with an operating voltage from 4.75 to 29 V. It offers smooth, quiet operation, high efficiency, various operating modes and easy configuration. It is controlled via the STEP/DIR interface and is an ideal solution for 3D printers and similar applications. BIGTREETECH TMC2226 V1.0
DRV8825 Stepper Motor Driver Carrier is a DRV8825 stepper motor driver that allows you to supply a bipolar current of up to 1.5 A per phase, without using a heat sink. The system can be supplied with voltage up to 45V, in the set there is a heat sink. It is compatible with Polol 2133
Module with the TMC2209 bipolar stepper motor driver. It enables control with a supply voltage ranging from 4.75 to 29 V and a current of up to 2.8 A
A compact stepper motor controller with the TMC2209 system with an operating voltage from 4.75 to 28 V. It offers smooth, quiet operation, high efficiency, various operating modes and easy configuration. It is controlled via the STEP/DIR interface and is an ideal solution for 3D printers and similar applications. BIGTREETECH TMC2209 V1.3
A compact stepper motor controller with a TMC2225 system with an operating voltage from 4.75 to 36 V. It offers smooth, quiet operation, high efficiency, various operating modes and easy configuration. It is controlled via the STEP/DIR interface and is an ideal solution for 3D printers and similar applications. BIGTREETECH TMC2225 V1.0
Module with the MAX31865 amplifier dedicated to PT100 and PT1000 temperature probes in 2, 3 or 4-wire versions. It uses the SPI bus and the EZ interface connector. BIGTREETECH EZ31865
The stepper motor driver with Allegro A4988 (A4988 Stepper Motor Driver Carrier) allows you to supply a bipolar current of up to 2A per phase. The system can be supplied with voltage up to 35V, in the set there is a heat sink. It is compatible with Polol 1182
Compact stepper motor controller with the TMC2208 system with operating voltage from 4 to 35 V. It offers smooth, quiet operation, high efficiency, various operating modes and easy configuration. It is controlled via the STEP/DIR interface and is an ideal solution for 3D printers and similar applications
A compact stepper motor controller with the AT2100 system with an operating voltage of up to 32 V. It offers smooth, quiet operation, high efficiency, various operating modes and easy configuration. It is controlled via the STEP/DIR interface and is an ideal solution for 3D printers and similar applications
Compact stepper motor controller with the TMC2208 system with operating voltage from 4 to 35 V. It offers smooth, quiet operation, high efficiency, various operating modes and easy configuration. It is controlled via the STEP/DIR interface and is an ideal solution for 3D printers and similar applications
Advanced, compact stepper motor driver with TMC2209 chip that offers smooth, quiet operation, high performance, various operating modes and easy configuration, ideal for 3D printers and other applications. modTMC2209v4
The stepper motor driver with the MP6500 system, allows the bipolar motor to be supplied with a current of up to 2A per phase, without the use of a heat sink. The system can be supplied with voltage in the range 4.5 ... 35V. Polol 2969
DRV8825 Stepper Motor Driver Carrier is a DRV8825 stepper motor driver that allows you to supply a bipolar current of up to 1.5 A per phase, without using a heat sink. The system can be supplied with voltage up to 45V, in the set there is a heat sink. Polol 2133
DRV8825 Stepper Motor Driver Carrier with male header pins installed, so no soldering is required to use it with an appropriate 16-pin socket or solderless breadboard. Pololu 2982
The stepper motor driver with the MP6500 system allows the bipolar motor to be supplied with current up to 1.5 A per phase, without the use of a heat sink. The system can be supplied with voltage in the range 4.5 ... 35 V. Pololu 2966
Compact stepper motor controller with the TMC2208 system with an operating voltage from 4.75 to 36 V. It offers smooth, quiet operation, high efficiency, various operating modes and easy configuration. It is controlled via the STEP/DIR interface and is an ideal solution for 3D printers and similar applications. BIGTREETECH TMC2208 V3.0
No product available!
Compact stepper motor controller with the TMC2130 system with operating voltage from 5.5 to 45 V. It offers smooth, quiet operation, high efficiency, various operating modes and easy configuration. It is controlled via the STEP/DIR interface and is an ideal solution for 3D printers and similar applications. BIGTREETECH TMC2130 V3.0
No product available!
Compact stepper motor controller with the TMC5160 system with operating voltage from 8 to 35 V. It offers smooth, quiet operation, high efficiency, various operating modes and easy configuration. It is controlled via the SPI interface and is an ideal solution for 3D printers and similar applications. BIGTREETECH TMC5160 V1.3
No product available!
A compact stepper motor controller with a TMC2225 system with an operating voltage from 4.75 to 36 V. It offers smooth, quiet operation, high efficiency, various operating modes and easy configuration. It is controlled via a STEP/DIR or UART interface and is an ideal solution for 3D printers and similar applications
No product available!
Principle of Operation of Electric Motors
Electric motors operate on the principle of converting electrical energy into mechanical energy. In the case of stepper motors, movement occurs in discrete steps, allowing precise control of the shaft position. The stepper motor driver is responsible for delivering electrical pulses to the motor coils in the correct sequence, causing the shaft to rotate by a specified angle.
Stepper Motor Control
Controlling a stepper motor requires an appropriate driver that generates control signals. A stepper motor driver, such as the StepStick, receives signals from a microcontroller, e.g., Arduino, and converts them into current pulses that drive the motor coils. This allows for precise control of the motor's movement, which is essential in applications requiring accuracy and repeatability.
Integration with Arduino and RAMPS
In projects based on Arduino, StepStick drivers enable easy and efficient control of stepper motors. Due to their compatibility with the Arduino platform, users can create advanced automation, robotics, and other mechatronic systems. StepStick modules also work well with RAMPS, allowing for the construction of advanced control systems in 3D printers and CNC machines.
How to Check a Stepper Motor?
Checking a stepper motor can be done in several ways. The simplest method is manually rotating the motor shaft – it should offer noticeable resistance, and the movement should occur in steps. A multimeter can also be used to check the continuity of the windings. For more advanced testing, it is worth connecting the motor to a driver and a microcontroller, then conducting motion tests to ensure it operates correctly.