High-performance Brushless Frameless Motor 36V 4N.m for Robotics

• ✔ Powerful 36V brushless motor
• ✔ High torque of 4 Nm for demanding applications
• ✔ Frameless design for maximum integration into the structure
• ✔ Optimal for humanoid robots and robot vacuum cleaners
• ✔ Permanent magnet technology for stable performance
• ✔ Ideal for robotic arms, AGVs and rotary tables

Introducing the ultimate brushless, permanent magnet frameless motor, the next generation of drive units for advanced robotics. With 36V and an impressive 4Nm of torque, this motor is designed to deliver precise and reliable performance in the most demanding applications.

⚙️ What can this robotic engine do?

• It delivers robust performance with 4 Nm of torque, which is key for dynamic movements and load handling.
• Thanks to its frameless design (without an external housing), it offers unparalleled flexibility for integration into tight and specific structures, such as in the joints of robotic arms.
• It uses brushless technology with permanent magnets, which ensures high efficiency, minimal maintenance and a long service life.
• It is optimized for a wide range of applications, from complex humanoid robots and robotic vacuum cleaners to autonomous vehicles (AGVs) and precision rotary tables.
• The permanent magnet rotor and stator design guarantees stable and consistent performance across the entire speed range.

🔬 Explore every detail

This brushless DC motor is the ideal solution for engineers and developers looking for a compact yet powerful drive. Its frameless design allows for direct integration into the device structure, optimizing space and reducing the overall weight of the system. This opens the door to innovative designs and more compact robotic systems.

With brushless technology, you can count on excellent energy efficiency and minimized friction losses. The motor is designed with long-term reliability and stability in mind, which is essential for applications requiring continuous operation and high precision. Permanent magnets provide a strong and consistent magnetic field, which is the basis for precise motor control.

❓ Are you worried about limited space and performance in your robotics projects?

Traditional motors often represent a compromise between performance, size, and integration flexibility. As robotic systems become increasingly complex and miniaturized, finding a motor that meets all of these requirements is becoming increasingly challenging. Are you looking for a reliable solution that is easy to integrate while still providing sufficient torque for demanding movements?

✅ Take back control with precision drive!

Our brushless frameless motor has been designed to overcome these limitations. With its housing-free design, you can integrate it directly into robot joints, AGV drives, or other space-constrained systems. It delivers a robust torque of 4Nm at 36V, ensuring your robots have the power and dynamics needed for complex tasks.

✨ More than just features, real benefits

• Feature: Frameless design -> Benefit: Maximum flexibility for integration into tight spaces and optimization of robot design.
• Feature: Brushless technology -> Benefit: Higher efficiency, longer life, quiet operation and minimal maintenance requirements.
• Function: Torque 4 Nm at 36V -> Benefit: Strong and dynamic power for precise control and load handling.
• Function: Permanent magnet stator and rotor -> Benefit: Stable and consistent performance even under high loads and long-term operation.
• Features: Wide application possibilities -> Benefit: Universal solution for humanoid robots, AGVs, robotic arms and many other industrial and research projects.

🎯 Who is it the ideal choice for?

• **Robot developers and designers:** For those looking for a powerful and compact solution for advanced robotic systems where every millimeter and gram counts.
• **Autonomous Vehicle (AGV) Manufacturers:** For systems requiring precise and reliable drive for navigation and motion modules.
• **Robotic Arm Engineers:** Ideal for integration into joints and end effectors where high torque and precise control are needed.
• **Researchers and DIYers in Advanced Robotics:** For experimental platforms and prototypes where performance and design flexibility are emphasized.

🤔 Do you have any concerns? We'll answer them

• Concern: How complex is the integration of a frameless motor? -> Answer: The frameless design is intended for direct integration into the structure, which requires careful planning, but in the end provides maximum compactness and flexibility.
• Concern: Will the motor be powerful enough for my application? -> Answer: With a torque of 4 Nm and an operating voltage of 36V, this motor is designed for demanding robotic tasks, including manipulation and dynamic movements.
• Concern: What is the lifespan of a brushless motor? -> Answer: Brushless motors are known for their long lifespan and minimal maintenance requirements, as they do not have brushes to wear out.

🛠️ Frequently Asked Questions (FAQ)

What types of robotic applications is this motor best suited for?

This motor is ideal for applications requiring high torque and precise control in a compact design, such as humanoid robots, robotic arm joints, autonomous mobile robots (AGVs), and robotic vacuum cleaners.

What does 'frameless' engine design mean and what are its advantages?

Frameless design means that the motor is supplied without its own housing. It allows for direct integration of the rotor and stator into the mechanical structure of the robot, which saves space, reduces weight and allows for custom optimization of cooling and mounting.

What is the difference between a brushless and a brushed DC motor?

Brushless motors use electronic commutation instead of mechanical brushes. This results in higher efficiency, longer life, quieter operation, and greater reliability because there is no brush wear or sparking.

What torque does this engine offer?

The motor has a torque of 4 Nm, which is sufficient for driving the joints of robotic arms, handling smaller loads, or ensuring the movement of medium-sized AGVs.

What voltage is needed to operate the motor?

The motor is designed to operate at 36V, ensuring optimal performance and efficiency.

Can I use this motor in my own DIY robotics projects?

Yes, thanks to its flexibility and power, the motor is also suitable for advanced DIY projects that require professional-level control and a robust drive.