Coreless / Slotless DC Servomotors

Our brushless motor lineup includes models from 4mm diameter up to 22mm diameter sizes. All have low inertia rotors for quick response, and hi energy rare earth magnets for optimum performance. The slotless, brushless motors achieve more efficient operation through low damping losses. Planetary and... [See More]

• DC Construction: Coreless / Slotless
• Standard DC Voltage: 6V; 9V; 12V; 24V

• Commutation: Brushless
• DC Voltage Range: 3.0 to 24.0

The PITTMAN ® high performance slotless dc motor line is perfect for applications requiring a tiny motor capable of very high speeds. The motors have no teeth to attract the magnets, cogging is eliminated, and the motor produces smooth, quiet operation. These motors are perfect for applications... [See More]

• DC Construction: Coreless / Slotless
• Standard DC Voltage: 24V

• Commutation: Brushless
• DC Voltage Range: 24.0

As the inertial momentum of the rotor and the mechanical constant of the product are both small, activation and shutdown can be swiftly performed to offer superior responsiveness. No cogging means fewer vibrations and low noise, allowing smooth revolution even at low speeds and highly precise... [See More]

• DC Construction: Permanent Magnet; Coreless / Slotless
• Standard DC Voltage: 12V; 24V

• Commutation: Brush
• Torque Constant: 1.66 to 3.47

Namiki DC coreless motors are available in sizes from 7 to 18 mm diameter, featuring high efficiency and low power consumption motors. The low inertia rotor coil provides quick response with no cogging and features a skewed winding for smooth torque generation. The high performance rare earth... [See More]

• DC Construction: Coreless / Slotless
• Standard DC Voltage: 6V; 9V; 12V; 24V

• Commutation: Brush
• DC Voltage Range: 2.5 to 24.0

PITTMAN ® slotless brushless motor designs offer many advantages over conventional slotted stator construction. Negligible magnetic cogging provides improved servo performance and enables extremely smooth motion even at low speeds. Low inductance and high current bandwidth results in fast move... [See More]

• DC Construction: Coreless / Slotless
• Standard DC Voltage: 12V; 24V; 48V

• Commutation: Brushless
• DC Voltage Range: 12.0 to 60.6

As the inertial momentum of the rotor and the mechanical constant of the product are both small, activation and shutdown can be swiftly performed to offer superior responsiveness. No cogging means fewer vibrations and low noise, allowing smooth revolution even at low speeds and highly precise... [See More]

• DC Construction: Permanent Magnet; Coreless / Slotless
• Standard DC Voltage: 12V; 24V

• Commutation: Brush
• DC Voltage Range: 18.0 to 36.0

As the inertial momentum of the rotor and the mechanical constant of the product are both small, activation and shutdown can be swiftly performed to offer superior responsiveness. No cogging means fewer vibrations and low noise, allowing smooth revolution even at low speeds and highly precise... [See More]

• DC Construction: Permanent Magnet; Coreless / Slotless
• Standard DC Voltage: 12V; 24V

• Commutation: Brush
• DC Voltage Range: 18.0 to 36.0

As the inertial momentum of the rotor and the mechanical constant of the product are both small, activation and shutdown can be swiftly performed to offer superior responsiveness. No cogging means fewer vibrations and low noise, allowing smooth revolution even at low speeds and highly precise... [See More]

• DC Construction: Permanent Magnet; Coreless / Slotless
• Standard DC Voltage: 12V; 24V

• Commutation: Brush
• DC Voltage Range: 18.0 to 36.0

As the inertial momentum of the rotor and the mechanical constant of the product are both small, activation and shutdown can be swiftly performed to offer superior responsiveness. No cogging means fewer vibrations and low noise, allowing smooth revolution even at low speeds and highly precise... [See More]

• DC Construction: Permanent Magnet; Coreless / Slotless
• Standard DC Voltage: 6V; 12V

• Commutation: Brush
• DC Voltage Range: 18.0

As the inertial momentum of the rotor and the mechanical constant of the product are both small, activation and shutdown can be swiftly performed to offer superior responsiveness. No cogging means fewer vibrations and low noise, allowing smooth revolution even at low speeds and highly precise... [See More]

• DC Construction: Permanent Magnet; Coreless / Slotless
• Standard DC Voltage: 12V; 24V

• Commutation: Brush
• Torque Constant: 1.15 to 2.38

As the inertial momentum of the rotor and the mechanical constant of the product are both small, activation and shutdown can be swiftly performed to offer superior responsiveness. No cogging means fewer vibrations and low noise, allowing smooth revolution even at low speeds and highly precise... [See More]

• DC Construction: Permanent Magnet; Coreless / Slotless
• Standard DC Voltage: 12V; 24V

• Commutation: Brush
• Torque Constant: 1.95 to 3.91

As the inertial momentum of the rotor and the mechanical constant of the product are both small, activation and shutdown can be swiftly performed to offer superior responsiveness. No cogging means fewer vibrations and low noise, allowing smooth revolution even at low speeds and highly precise... [See More]

• DC Construction: Permanent Magnet; Coreless / Slotless
• Standard DC Voltage: 12V; 24V

• Commutation: Brush
• Torque Constant: 2.27 to 4.52

As the inertial momentum of the rotor and the mechanical constant of the product are both small, activation and shutdown can be swiftly performed to offer superior responsiveness. No cogging means fewer vibrations and low noise, allowing smooth revolution even at low speeds and highly precise... [See More]

• DC Construction: Permanent Magnet; Coreless / Slotless
• Standard DC Voltage: 12V; 24V

• Commutation: Brush
• Torque Constant: 3.02 to 6.05