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Motors exist in almost all aspects of our modern life, from the vehicles we drive to the machines we use to wash our clothes – even being prevalent in other household objects like toothbrushes! This abundance of motors is certainly not a bad thing though, and they are incredible components that can used for all kinds of different applications.
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Motors exist in almost all aspects of our modern life, from the vehicles we drive to the machines we use to wash our clothes – even being prevalent in other household objects like toothbrushes! This abundance of motors is certainly not a bad thing though, and they are incredible components that can used for all kinds of different applications.
From standard rotational applications to linear motion, and even some relatively unique use cases like robotic arms and the vibration components in mobile devices, motors offer an incredibly diverse level functionality, and this is extended even further with specially designed controller boards. These controller boards allow you to use motors in more advanced ways, and they allow for amazing machines like 3D Printers to be created from simple motors and linear motion components. As such, when using the various types of motors like Stepper Motors or Servo Motors, alongside great quality Controller Boards like the Smoothieboard range or MakerBase boards, you can achieve some truly marvellous results that simply cannot be achieved by any other components.
Whether you’re building your own robot, a custom 3D Printer, an adjustable standing desk, or even automatically sorting shelves, motors and controllers are some of the key ingredients that let your software effectively control your hardware.
LessThis is a simple dual DC motor driver based on the proven L298N dual h-bridge IC. You can drive this board directly from your Arduino(TTL level signaling) and it allows you to control direction (and speed if you PWM the enable pin!) separately of 2 DC brushed motors at up to 2A and 35VDC per channel!! It is also possible to bridge both channels and be...
The Arduino Motor Shield uses L293D motor drivers and a 74HC595 shift register to drive 2 servo motors and 2 stepper motors or up to 8 half-bridge drivers.
The Tri-Gorilla Control Board is widely used by Anycubic for most of their 3D Printers.
CNC controller board for 3D printers ( including dual extruder machines ), laser cutters and CNC mills, 5 stepper motor drivers, 6 MOSFETS, ethernet, connectors provided and soldered. New ! 1.1 version
A rigid steel bracket which allows one to securely mount a Nema 17 Stepper Motor to an assembly.
These TMC2130 Stepper Motor Drivers offer UltraQuiet operation & sensorless load feedback, with SPI interfacing & a programmable Microstep table. 0.95A RMS | Step/Dir | SPI Interface | Microstep Table | StallGuard2 | Stall Detection | Extended Control Pins
The Romeo BLE is an Arduino Robot Control Board with Bluetooth 4.0 capabilities, featuring an onboard 2-way H-bridged motor driver for robotics.
These TMC2208 Drivers are SMD IC components for repairing faulty modules, with a full suite of features for effective driving of 2-phase steppers.
The DRV8825 Stepper Driver IC is a handy replacement part, letting you fix faults and get back to fabricating without replacing the entire module.
A NEMA 34 Bipolar Stepper motor able to deliver 12 Nm of torque at a rated current draw of 6A. Suitable for CNC milling machines and other large CNC projects.
This is a high quality, high tourque bi-polar (2 coils / 4 wires) stepper motor with 300mm Lead Screw 8mm Pitch.
One of the most common stepper motors used in 3D printers and other CNC applications.
This NEMA 17 Stepper Motor with 30:1 Gearbox is designed for high torque low RPM applications like in direct drive extruders.
This NEMA 23 Stepper Motor operates at 2A, providing a holding torque of 9kg.cm – Ideal for various CNC applications.
A small NEMA 11 stepper motor for hobbyist, CNC and robotics projects
This 2.5A NEMA 17 Stepper Motor has a holding torque of 4.8kg.cm and a detent torque of 280g.cm, all packed into a tiny 340gram 48mm long package.
The Arduino CNC Shield is an easy to install expansion for the Arduino UNO board – allowing for precision control of up to four stepper motors via GRBL.
The TB6600 Stepper Motor Driver is a 2-phase PWM constant current driver designed for high-speed torque and positional accuracy for CNC applications.