Features
Mini-Compact Design, Easy to Carry
Less-Vibration Standard Brushless Lab MicroMotor
Non-Stage Speed Control System
Rotating Converts Forward and Reverse Control Ability
Easy Maintenance of Brushless Lab MicroMotor, No Sparkle
Better Torque and Durability
Foot Pedal for On/Off Switch
Descriptionthe Unident Lab Brushless Micromotor with 50,000 RPM and 9.5Ncm Torque, model UD-BM1. This cutting-edge brushless micromotor is designed to offer unparalleled performance and precision in laboratory applications, particularly in the dental field. Its mini-compact design ensures easy portability, making it convenient for use in various settings.
One of the standout features of this micromotor is its remarkable stability, providing a virtually vibration-free experience. With its non-stage speed control system, users can effortlessly adjust the speed according to their specific needs, allowing for precise and controlled procedures. The micromotor also boasts the unique ability to rotate in both forward and reverse directions, granting users complete control during operations. This feature significantly enhances the versatility of the device, making it suitable for a wide range of tasks.
Maintenance of this brushless lab micromotor is a breeze since it eliminates the need for carbon brushes, reducing wear and tear and eliminating spark generation. This results in a longer motor lifespan and less frequent maintenance requirements. The UD-BM1 stands out for its superior torque and durability, enabling it to handle demanding laboratory tasks with ease. Its 50,000 RPM motor speed ensures efficient and swift operation, contributing to enhanced productivity in the laboratory setting.
For user convenience, the micromotor comes with a foot pedal for easy on/off control, allowing hands-free operation during procedures. The high-quality copper brushless handpiece wire further contributes to the device’s exceptional performance and reliability. Engineered with precision, the UD-BM1 is equipped with the best quality ball bearing set, ensuring smooth operation with minimal noise and vibration. This low-vibration characteristic makes it an ideal choice for delicate procedures where precision is crucial.
This brushless micromotor is specially designed for laboratory use, and its power requirements are met with a voltage of 220V and a frequency of 50Hz. With a weight of 2.6KG, it strikes the perfect balance between portability and stability.Key Specifications
Type Of Equipment: Brushless
Weight: 2.6KG
Usage/Application: Laboratory
Motor Speed: 50,000 RPM
Rotate Speed: 50000 RPM
Torque: 9.5Ncm
Voltage:? 220V / 50HZ3
Packaging
Pack Of 1
Direction to UseSafety Precautions:
Ensure that the device is properly grounded to prevent electric shock or any other electrical hazards.
Wear appropriate personal protective equipment, such as safety glasses and gloves, during operation.
Power Connection:
Check the voltage requirements of the micromotor and ensure that it matches the power supply (220V / 50Hz).
Connect the power cord of the micromotor to a suitable power outlet.
Verify that the foot pedal for the on/off switch is securely connected to the micromotor.
Handpiece Installation:
Attach the handpiece to the micromotor by aligning the connector and gently inserting it until it clicks into place.
Ensure the handpiece is securely attached to prevent any accidents during operation.
Speed Control:
Turn on the power switch of the micromotor.
The speed control system of the UD-BM1 micromotor is non-stage, meaning you can vary the speed smoothly and continuously without predefined speed settings.
Adjust the speed by operating the foot pedal. Press the foot pedal lightly for lower speeds and increase the pressure gradually for higher speeds. Release the pressure to stop the motor.
Forward and Reverse Rotation:
The micromotor has the unique feature of rotating in both forward and reverse directions.
To switch between forward and reverse rotation, use the designated control switch located on the micromotor or the foot pedal, depending on the model.
Operating the Micromotor:
Familiarize yourself with the speed and torque settings suitable for your specific task.
For delicate procedures, use lower speed settings to ensure precision and accuracy.
For more demanding tasks, adjust the speed accordingly to achieve efficient performance.
Always apply consistent and gentle pressure during operation to avoid unnecessary strain on the micromotor and handpiece.
Maintenance:
Regularly inspect the handpiece and micromotor for any signs of wear or damage.
Keep the handpiece clean and free from debris to maintain optimal performance.
If you encounter any issues or abnormalities during use, immediately discontinue operation and seek professional assistance.
Reviews
There are no reviews yet.