φ6mm Ultra-Micro Brushless Coreless Motor

1. Product Overview

Designed for applications where compact dimensions and high rotational speed are essential, the φ6mm Ultra-Micro Brushless Coreless Motor, model G06P-VW00-QZ-1, delivers high-speed operation and stable drive performance in a lightweight form. Developed by Suzhou Vaxor-motor CO.,LTD., this miniature motor operates at a rated voltage of 12 V, with a no-load speed of 63,000 rpm and a nominal speed of 45,000 rpm.

With a nominal torque of 0.49 mNm and a weight of just 3.75 g, this motor is suitable for engineering projects that require compact drive components without adding unnecessary bulk. Its ultra-micro form factor makes it a candidate for precision instruments, miniature robotic mechanisms, medical devices, and intelligent equipment, subject to application-specific performance and integration requirements.

VAXOR focuses on micro-drive technology, combining motor design, precision manufacturing, robotics control, and intelligent manufacturing expertise to develop compact motion solutions for next-generation devices.

2. Key Product Features

Ultra-Micro 6 mm Form Factor

With a stated diameter of 6 mm, the motor is designed for space-constrained assemblies. Its miniature structure can help engineers integrate powered motion into compact products, precision mechanisms, and lightweight robotic components.

High-Speed Operation

The motor reaches a no-load speed of 63,000 rpm and a nominal speed of 45,000 rpm at its specified operating voltage. These speed characteristics make it suitable for applications that require rapid rotation in a small package.

Actual operating speed depends on load, power supply, thermal conditions, and the drive controller.

Stable Torque Output

The motor provides a nominal torque of 0.49 mNm and a listed stalling torque of 0.98 mNm. These specifications offer a starting point for evaluating torque requirements in miniature drive systems. Continuous operation should be designed around the motor's rated operating conditions rather than its stalling value.

Lightweight Construction

Weighing approximately 3.75 g, the motor can help reduce the mass of compact assemblies. Low component weight is especially relevant in miniature robotics, portable instruments, and other applications where overall system size and weight are important design considerations.

Brushless Coreless Design

The brushless coreless configuration is intended for miniature, high-speed drive applications. Motor selection should account for the required controller, speed regulation, operating duty cycle, thermal management, and mechanical load to achieve reliable performance in the final assembly.

Suitable for Precision Motion Projects

The compact dimensions and high-speed characteristics make the motor a potential option for miniature robotic mechanisms, precision instruments, medical equipment, and intelligent terminals. Final suitability depends on torque demand, control requirements, operating life, and the complete system design.

3. Technical Specifications

Technical note: Current consumption, rated power, dimensions beyond the stated diameter, motor length, shaft specifications, control method, service life, and permissible operating temperature were not provided. Please confirm these parameters with the supplier when evaluating the motor for a specific application.

4. Typical Applications

The φ6mm Ultra-Micro Brushless Coreless Motor can be evaluated for compact drive systems in the following areas:

• Miniature robotics: Potential drive component for compact robotic mechanisms and lightweight moving assemblies.

• Precision instruments: For applications requiring a small motor with high rotational speed.

• Medical devices: For compatible miniature equipment and mechanisms, subject to the device's applicable regulatory and safety requirements.

• Intelligent equipment: For compact electromechanical systems and intelligent terminals that require powered movement.

• Micro-drive systems: For engineering projects where limited installation space makes motor size and weight important.

• Research and development: For prototype testing, motion-system development, and evaluation of miniature motor configurations.

The final application should be validated against torque, speed, thermal, noise, vibration, and operating-life requirements.

5. VAXOR Micro-Drive Technology

Suzhou Vaxor-motor CO.,LTD. develops micro joint actuators and ultra-micro coreless motors for robotics, medical devices, precision instruments, and intelligent equipment. Its technical approach combines axial-flux motor technology, PCB/FPCB winding, electromagnetic optimization, and miniature reduction mechanisms to address the requirements of compact drive systems.

The company's multidisciplinary team brings together expertise in motor design, precision manufacturing, structural engineering, robotics control, and intelligent manufacturing. Its engineering activities cover prototype validation, pilot production, and the development of manufacturing processes for scalable production.

For customers developing compact motion systems, this engineering focus supports technical discussions around motor selection, mechanical integration, control requirements, and the transition from prototype evaluation toward production.

6. Product Selection and Integration Considerations

When selecting the G06P-VW00-QZ-1 for a project, buyers and engineers should review the following factors:

Operating voltage and power supply: The listed operating voltage is 12 V. Confirm the required power supply, startup behavior, current limits, and controller compatibility.

Speed and load: The no-load speed is 63,000 rpm, while the nominal speed is 45,000 rpm. Verify the expected operating speed under the actual mechanical load.

Torque requirements: The nominal torque is 0.49 mNm. Compare this value with the application's continuous torque requirement and account for startup and transient loads.

Mechanical installation: Confirm the complete motor dimensions, shaft diameter and length, mounting arrangement, tolerances, and coupling requirements before finalizing the mechanical design.

Control and feedback: Confirm whether the application requires an external brushless motor controller, speed feedback, position sensing, or other control features.

Thermal and operating life requirements: Request the relevant operating limits and service-life information for applications involving extended duty cycles or demanding environmental conditions.

These checks help determine whether the motor's performance characteristics align with the intended system.

7. B2B Supply and Technical Inquiry

For OEMs, equipment developers, and engineering teams, Suzhou Vaxor-motor CO.,LTD. provides a point of contact for discussing ultra-micro motor requirements and potential integration into compact drive systems.

When requesting product information or a quotation, provide the intended application, target operating speed, torque requirements, power supply, installation constraints, expected duty cycle, and estimated order quantity. Additional details such as shaft dimensions, controller requirements, test reports, and production lead time should be confirmed with the supplier.

8. Frequently Asked Questions

Q1: What is the model number of this motor?

The model is G06P-VW00-QZ-1.

Q2: What voltage does the motor use?

The listed operating voltage is 12 V.

Q3: What is its maximum listed no-load speed?

The specified no-load speed is 63,000 rpm. Actual speed under load will depend on operating conditions and the control system.

Q4: What is the nominal torque?

The nominal torque is 0.49 mNm, and the listed stalling torque is 0.98 mNm. Stalling torque should not be treated as a continuous operating torque rating.

Q5: How much does the motor weigh?

The listed weight is 3.75 g.

Q6: Which industries can use this motor?

Potential application areas include miniature robotics, precision instruments, medical devices, intelligent equipment, and other compact drive systems. Suitability must be verified against the requirements of the finished product.

Q7: What additional information should be confirmed before ordering?

Confirm full dimensions, shaft details, current consumption, controller requirements, thermal limits, service life, available customization, lead time, and order quantity.

9. Product Summary

The φ6mm Ultra-Micro Brushless Coreless Motor, model G06P-VW00-QZ-1, combines a 6 mm form factor, 12 V operation, 63,000 rpm no-load speed, and 3.75 g weight for compact high-speed drive applications. It is an option for developers seeking a miniature motor for robotics, precision instruments, medical equipment, and intelligent devices.

Contact Suzhou Vaxor-motor CO.,LTD. to confirm detailed technical parameters and evaluate the motor for your next micro-drive project.