Top rated Robotics modules

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1. MakerBeam Standoffs or spacers

Electronics and manufacturer beams work well together. It is possible to slide the circuit board into the carriers. Unfortunately, this doesn't always work well. The boards are filled to the edge with electronics, and the carriers are conductive. Mounting a circuit board on PCB spacings or standoffs could be a simple solution.

Our package includes 4 standoffs, 4 nuts, 4 screws (6 mm), and 4 washers. They are all in size M3 to complement MakerBeam well. This size (M3) also means that this product is well suited for OpenBeam. You can use the same hex nut wrench to secure the standoffs, so no additional tools are required.
 

Actual product image MakerBeam Standoffs or spacers (Makerbeam Projects, Various, Construction kit)
Robotics module
Quantity discount
CHF6.70 per piece for 2 units

MakerBeam Standoffs or spacers

Makerbeam Projects, Various, Construction kit

2. DFRobot RPLIDAR C1 12m 360 degree laser LiDAR scanner

The RPLIDAR C1 is an advanced 360-degree laser LiDAR scanner specifically designed for robotics. With a range of up to 12 meters, it enables precise positioning, mapping, and navigation across various applications. The high sampling rate of 5000 scans per second ensures detailed environmental capture, making it ideal for use in home robots, educational projects, as well as in commercial and autonomous vehicles. The scanner is compact and easily integrates into different projects. Additionally, it is robust against interference and offers high safety with the IEC-60825 Class 1 laser certification, ensuring safe operation of the device. The RPLIDAR C1 supports both ROS and ROS2, highlighting its versatility in application.

- 360-degree scanning capability for comprehensive environmental capture
- Detects objects up to 12 meters away
- High sampling rate of 5000 scans per second for precise measurements
- Supports ROS and ROS2 for flexible deployment options
- Compact design for easy integration into projects
- IEC-60825 Class 1 laser certification for eye-safe operation.
 

Actual product image DFRobot RPLIDAR C1 12m 360 degree laser LiDAR scanner
Robotics module
CHF109.90

DFRobot RPLIDAR C1 12m 360 degree laser LiDAR scanner

3. Purecrea Stepper motor Nema 17 17HS4401S 1.68Nm with planetary gearbox

This bipolar stepper motor with planetary gearbox has a gear ratio of 5 + 2/11 (approximately 5.18:1) and uses a D-type output shaft with a standard diameter of 8 mm. It has a step angle of 1.8° (200 steps/revolution). For controlling the stepper motor with Arduino, I recommend using a stepper motor driver such as the DRV8825 or even better, the TB6600.

Application examples:
- Printers
- 3D printers
- CNC
- Robotics
- Linear drives

Technical details:
- Model: 17HS4401S-PG518
- Phase resistance: 1.65 Ω
- Current consumption: 1.7 A / phase
- Gear ratio: 5.18:1 (5 + 2/11)
- Shaft length: 17 mm
- Shaft diameter: 8 mm
- Step angle: 1.8°
- Maximum torque: 2 Nm
- Dimensions: 42 x 42 x 45 mm
- Weight: 440 g

Delivery includes:
1x Nema 17 stepper motor 17HS4401S 1.68 Nm with planetary gearbox.
 

Actual product image Purecrea Stepper motor Nema 17 17HS4401S 1.68Nm with planetary gearbox (Motor)
Robotics module
CHF52.90

Purecrea Stepper motor Nema 17 17HS4401S 1.68Nm with planetary gearbox

Motor

4. Purecrea 42x42x60mm Stepper Motor Nema 17 42HS60-1704A 1.7A 0.7Nm

The Nema 17 42HS60-1704A stepper motor is an excellent choice for various applications in robotics and automation technology. With a compact design of 42x42x60 mm and a weight of 482 g, this motor offers high performance and reliability. It is ideally suited for 3D printers, CNC machines, and mechanical projects with Arduino. The motor has a step angle of 1.8° and a current draw of 1.7 A per phase, allowing for precise control and a maximum torque of 0.7 Nm. To make the most of the motor, it is recommended to use a suitable driver module such as A4988, DRV8825, or TMC2208. This stepper motor is a versatile solution for anyone working in the field of robotics and automation.

- High precision with a step angle of 1.8°
- Maximum torque of 0.7 Nm for demanding applications
- Ideal for 3D printers and CNC machines
- Compatible with common Arduino drivers.
 

Actual product image Purecrea 42x42x60mm Stepper Motor Nema 17 42HS60-1704A 1.7A 0.7Nm (Motor)
Robotics module
CHF38.90

Purecrea 42x42x60mm Stepper Motor Nema 17 42HS60-1704A 1.7A 0.7Nm

Motor

5. Joy-it SBC-MD-DM860H Stepper motor driver

The DM860H is a state-of-the-art stepper motor driver designed to ensure smooth and precise control of bipolar stepper motors. This driver is compatible with a variety of stepper motors and provides an optimal solution for demanding applications. User-friendly DIP switches allow for quick configuration of microstepping resolution and current. 

6. Joy-it Nema 14 - 02

This small stepper motor is ideally suited for smaller tasks in the fields of automation, CNC (e.g., engraving lasers, 3D printing, etc.), or robotics. Its compact design and lightweight make this stepper motor perfect for projects with limited space and/or weight capacity. 

7. Joy-it Nema 23 - 02

The Nema 23 - 02 stepper motor from Joy-it is a powerful robotics module that is ideal for applications in automation, CNC technology, and robotics. With a holding torque of 1.2 Nm and a step angle of 1.8°, this motor offers precise control and high efficiency. The motor is designed to operate at a rated voltage of 3 V and a rated current of 2.5 A, making it a reliable choice for various projects. Its compact design, with dimensions of 56 x 56 x 56 mm, allows for easy integration into different systems. The Nema 23 - 02 is thus an excellent choice for anyone seeking a robust and precise motor solution.

- Holding torque of 1.2 Nm for high performance
- 200 steps per revolution for precise control
- 2 phases with 1.2 Ω phase resistance
- Suitable for CNC machines and robotics applications
- Made in Germany for high quality.
 

8. MakerBeam Regular Starter Kit clear

MakerBeam is a mini T-open-source construction system and a versatile structural system. Mini-T is a miniature version of the T-slot, a technology used in industrial automation, robotics, and machine enclosures. It is not only small enough to serve as a model building system but also precise and strong enough to build real machines and robots. It consists of square, 10 mm thick, extruded aluminum beams, various connectors, and other components for building anything. All you need is an idea!

This system is highly versatile, and there is absolutely no limit to what can be realized with it. Motor mounts can be directly attached to the beams, and small angle brackets can also be used to install servos. Since MakerBeam is open-source, you are encouraged to develop your own parts to connect with the Mini-T standard, further expanding the possibilities.

The components offer you endless building options in miniature size. MakerBeam nuts and bolts are M3 sized. The construction allows for flexible arrangements, as there are no fixed positions for using boards on the sides, giving you the freedom to easily realize your own design.
 

Actual product image MakerBeam Regular Starter Kit clear (Raspberry Pi, Various, Construction kit)
Robotics module
CHF104.16

MakerBeam Regular Starter Kit clear

Raspberry Pi, Various, Construction kit

9. Joy-it Nema 14

This small stepper motor is ideally suited for smaller tasks in the fields of automation, CNC (e.g., engraving lasers, 3D printing, etc.), or robotics. Its compact design and lightweight make this stepper motor perfect for projects with limited space and/or weight capacity. 

10. Joy-it Nema 23 - 01

With the Nema 23 - 01, you receive a robust, high-performance stepper motor. It features a dual shaft and has a holding torque of 3 Nm.

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