$264.81

• 20K air motor, E-Type connection
• 20,000 rpm operating speed
• 4-hole configuration for compatible couplers
• Drives slow-speed handpiece attachments
• Durable construction for daily clinical use
• Quantity: 1 Each

Sable Industries NSK Type 20K Air Motor, E-Type Connection, 20,000 rpm, 4-Hole is used for powering slow-speed handpiece attachments during restorative, prophylaxis, and other general dental applications requiring a compressed air-driven motor. When a technician needs to replace an aging air motor that no longer delivers consistent power to compatible contra-angle and straight nosecone attachments, this E-Type, 4-hole motor restores that driving power to the existing handpiece system. Each unit contains 1 air motor, featuring an E-Type connection and 4-hole configuration.

Dental offices ordering air motors from their supplier can buy this E-Type, 4-hole configuration for compatibility with dental units and tubing systems using this specific connection standard, since air motor connection types must match the corresponding delivery unit coupling to ensure proper air supply and motor function. The 20,000 rpm maximum speed provides the driving power for compatible contra-angle, straight nosecone, and other slow-speed attachments, giving the clinician the underlying power source that connects between the dental unit's air supply and the attached handpiece component. The motor works by converting compressed air supplied through the dental unit's delivery system into rotational mechanical power, which is then transferred to whichever compatible attachment, contra-angle, straight nosecone, or other slow-speed component, is connected to the motor's output end. The 20,000 rpm rating establishes the maximum rotational speed the motor can deliver, providing the driving force needed for a range of slow-speed clinical tasks depending on the specific attachment in use.

The 4-hole configuration provides the correct air, water, and other functional pathways required for proper motor operation when connected to a compatible delivery system. Constructed for durability, the motor is designed to withstand repeated daily use and the demands of continuous operation throughout a busy clinical schedule.