• Digital speed display for precise control
• Auto-cruise control for consistent operation
• Overload protection safeguards the micromotor
• Variable speed pedal (FS-60) for flexibility
• Power-saving FWD-REV for directional control
• Compact handpiece for easy maneuverability
• High torque for reliable, high-power tasks

K35 Cube Lab Micromotor offers precise control, high torque, and variable speed for versatile laboratory applications.

• Power Supply: AC 100-120V or 200-240V, 50/60 Hz
• Electric Power: 40W
• Speed Range: 35,000 RPM
• Noise Level: Low (Operates Quietly)

• 1 X Handpiece
• 1 X Foot Pedal
• 1 X Control Unit
• 1 X Handpiece Base
• 1 X Handpiece Holder

Safety Precautions:

• Ensure you are in a well-ventilated and well-lit workspace.
• Wear appropriate personal protective equipment, including safety glasses and gloves.
• Keep the micromotor and your workspace clean and free of clutter.

Power Supply:

• Check the voltage specifications on the micromotor and ensure it matches your power source (AC 100-120V or 200-240V, 50/60 Hz).
• Plug the micromotor into a compatible power outlet.

Attachment Setup:

• Select the appropriate attachment (burs, mandrels, polishing tools) for your task.
• Use the quick release mechanism to securely attach the chosen tool to the handpiece.

Variable Speed Control:

• Turn on the micromotor using the On/Off foot switch (SFP-27).
• Adjust the speed using the variable speed control pedal (FS-60). Gradually press the pedal to increase speed and release it to decrease speed. The digital speed display will help you monitor the speed.

Operation:

• Hold the compact handpiece comfortably in your hand.
• Use a light touch to control the micromotor, allowing it to do the work. Avoid excessive pressure, especially when using high-speed settings.

Auto-Cruise Control:

• To engage the auto-cruise control feature for maintaining a consistent speed, maintain constant pressure on the variable speed control pedal.

Direction Control:

• Utilize the power save FWD-REV feature for forward and reverse rotation as needed. Refer to the micromotor’s documentation for specific instructions on how to switch between forward and reverse.

Overload Protection:

• Be mindful of the load on the micromotor to prevent overloading. If the tool experiences excessive resistance, reduce the speed or change the attachment to prevent damage.

Shut Down:

• When you have completed your task, turn off the micromotor using the On/Off foot switch.
• Safely unplug the micromotor from the power source.