Micro Motors
micro-motors
PTFF-K20 Precious Metal Brushed Direct Current (DC) Micro Motors
Precious Metal Brushed DC Motors are a cost efficient solution for applications that require continuous operation with reduced current loads and low power output under low voltage. Their brushes are made of high performance precious metal alloys and they are easy to control and are well suited for battery operated devices because of their low current consumption. 15L x 8W x 6Hmm, 2.5~4.0V /Asset/PTFF-K20.jpg PTFF-M20 Precious Metal Brushed Direct Current (DC) Micro Motors
(3) Precious Metal Brushed DC Motors are a cost efficient solution for applications that require continuous operation with reduced current loads and low power output under low voltage. Their brushes are made of high performance precious metal alloys and they are easy to control and are well suited for battery operated devices because of their low current consumption. 15L x 10W x 8Hmm, 1.2~4.0V /Asset/PTFF-M20-1.jpg PTFF-N20 Precious Metal Brushed Direct Current (DC) Micro Motors
(2) Precious Metal Brushed DC Motors are a cost efficient solution for applications that require continuous operation with reduced current loads and low power output under low voltage. Their brushes are made of high performance precious metal alloys and they are easy to control and are well suited for battery operated devices because of their low current consumption. 15L x 12W x 10Hmm, 1.5~4.0V /Asset/PTFF-N20-1.jpg PTRF-020T Precious Metal Brushed Direct Current (DC) Micro Motors
Precious Metal Brushed DC Motors are a cost efficient solution for applications that require continuous operation with reduced current loads and low power output under low voltage. Their brushes are made of high performance precious metal alloys and they are easy to control and are well suited for battery operated devices because of their low current consumption. 17D x 18Lmm, 2.0~5.0V /Asset/PTRF-020T-1.jpg PTFF-030P Precious Metal Brushed Direct Current (DC) Micro Motors
(2) Precious Metal Brushed DC Motors are a cost efficient solution for applications that require continuous operation with reduced current loads and low power output under low voltage. Their brushes are made of high performance precious metal alloys and they are easy to control and are well suited for battery operated devices because of their low current consumption. 19L x 16W x 12Hmm, 1.0~6.0V /Asset/PTFF-030P-1.jpg PTFF-031 Precious Metal Brushed Direct Current (DC) Micro Motors
(3) Precious Metal Brushed DC Motors are a cost efficient solution for applications that require continuous operation with reduced current loads and low power output under low voltage. Their brushes are made of high performance precious metal alloys and they are easy to control and are well suited for battery operated devices because of their low current consumption. 20L x 14W x 12Hmm, 2.0~4.0V /Asset/PTFF-031-1.jpg PTFF-032 Precious Metal Brushed Direct Current (DC) Micro Motors
(3) Precious Metal Brushed DC Motors are a cost efficient solution for applications that require continuous operation with reduced current loads and low power output under low voltage. Their brushes are made of high performance precious metal alloys and they are easy to control and are well suited for battery operated devices because of their low current consumption. 18L x 14W x 12Hmm, 2.0~6.0V /Asset/PTFF-032-1.jpg PTFF-050SH Precious Metal Brushed Direct Current (DC) Micro Motors
(2) Precious Metal Brushed DC Motors are a cost efficient solution for applications that require continuous operation with reduced current loads and low power output under low voltage. Their brushes are made of high performance precious metal alloys and they are easy to control and are well suited for battery operated devices because of their low current consumption. 27L x 16W x 12Hmm, 1.5~9.0V /Asset/PTFF-050SH-1.jpg PTFF-050SB Precious Metal Brushed Direct Current (DC) Micro Motors
(2) Precious Metal Brushed DC Motors are a cost efficient solution for applications that require continuous operation with reduced current loads and low power output under low voltage. Their brushes are made of high performance precious metal alloys and they are easy to control and are well suited for battery operated devices because of their low current consumption. 27L x 16W x 12Hmm, 1.0~11.5V /Asset/PTFF-050SB-1.jpg PTFF-130SM Precious Metal Brushed Direct Current (DC) Micro Motors
(3) Precious Metal Brushed DC Motors are a cost efficient solution for applications that require continuous operation with reduced current loads and low power output under low voltage. Their brushes are made of high performance precious metal alloys and they are easy to control and are well suited for battery operated devices because of their low current consumption. 25L x 20W x 15Hmm, 1.0~12.0V /Asset/PTFF-130SM-1.jpg PTFE-130SA Precious Metal Brushed Direct Current (DC) Micro Motors
Precious Metal Brushed DC Motors are a cost efficient solution for applications that require continuous operation with reduced current loads and low power output under low voltage. Their brushes are made of high performance precious metal alloys and they are easy to control and are well suited for battery operated devices because of their low current consumption. 25L x 20W x 15Hmm, 9.0~15.0V /Asset/PTFE-130SA.jpg PTFF-180SM Precious Metal Brushed Direct Current (DC) Micro Motors
(2) Precious Metal Brushed DC Motors are a cost efficient solution for applications that require continuous operation with reduced current loads and low power output under low voltage. Their brushes are made of high performance precious metal alloys and they are easy to control and are well suited for battery operated devices because of their low current consumption. 32L x 20W x 15Hmm, 1.0~12.0V /Asset/PTFF-180SM-1.jpg PTRE-260SA Precious Metal Brushed Direct Current (DC) Micro Motors
Precious Metal Brushed DC Motors are a cost efficient solution for applications that require continuous operation with reduced current loads and low power output under low voltage. Their brushes are made of high performance precious metal alloys and they are easy to control and are well suited for battery operated devices because of their low current consumption. 24D x 27Lmm, 2.0~4.0V /Asset/PTRE-260SA-1.jpg PTRE-280SA Precious Metal Brushed Direct Current (DC) Micro Motors
Precious Metal Brushed DC Motors are a cost efficient solution for applications that require continuous operation with reduced current loads and low power output under low voltage. Their brushes are made of high performance precious metal alloys and they are easy to control and are well suited for battery operated devices because of their low current consumption. 24D x 31Lmm, 4.5~7.5V /Asset/PTRE-280SA-1.jpg PTRF-300C Precious Metal Brushed Direct Current (DC) Micro Motors
(4) Precious Metal Brushed DC Motors are a cost efficient solution for applications that require continuous operation with reduced current loads and low power output under low voltage. Their brushes are made of high performance precious metal alloys and they are easy to control and are well suited for battery operated devices because of their low current consumption. 24D x 13Lmm, 0.5~6.0V /Asset/PTRF-300C-1.jpg PTRF-310TA Precious Metal Brushed Direct Current (DC) Micro Motors
Precious Metal Brushed DC Motors are a cost efficient solution for applications that require continuous operation with reduced current loads and low power output under low voltage. Their brushes are made of high performance precious metal alloys and they are easy to control and are well suited for battery operated devices because of their low current consumption. 24D x 18Lmm, 1.0~6.0V /Asset/PTRF-310TA-1.jpg PTRF-330T Precious Metal Brushed Direct Current (DC) Micro Motors
(4) Precious Metal Brushed DC Motors are a cost efficient solution for applications that require continuous operation with reduced current loads and low power output under low voltage. Their brushes are made of high performance precious metal alloys and they are easy to control and are well suited for battery operated devices because of their low current consumption. 24D x 18Lmm, 1.2~8.0V /Asset/PTRF-330T-1.jpg PTRF-356C Precious Metal Brushed Direct Current (DC) Micro Motors
Precious Metal Brushed DC Motors are a cost efficient solution for applications that require continuous operation with reduced current loads and low power output under low voltage. Their brushes are made of high performance precious metal alloys and they are easy to control and are well suited for battery operated devices because of their low current consumption. 24D x 8Lmm, 1.0~4.5V /Asset/PTRF-356C-1.jpg PTRF-370C Precious Metal Brushed Direct Current (DC) Micro Motors
(3) Precious Metal Brushed DC Motors are a cost efficient solution for applications that require continuous operation with reduced current loads and low power output under low voltage. Their brushes are made of high performance precious metal alloys and they are easy to control and are well suited for battery operated devices because of their low current consumption. 24D x 31Lmm, 3.0~12.0V /Asset/PTRF-370C-1.jpg PTRF-400C Precious Metal Brushed Direct Current (DC) Micro Motors
Precious Metal Brushed DC Motors are a cost efficient solution for applications that require continuous operation with reduced current loads and low power output under low voltage. Their brushes are made of high performance precious metal alloys and they are easy to control and are well suited for battery operated devices because of their low current consumption. 24D x 9Lmm, 1.0~6.0V /Asset/PTRF-400C-1.jpg PTFS-050SH Carbon Brushed Direct Current (DC) Micro Motors
Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 27L x 16W x 12Lmm, 2.0~6.0V /Asset/PTFS-050SH-1.jpg PTFC-130SA Carbon Brushed Direct Current (DC) Micro Motors
Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 25L x 20W x 15Lmm, 9.0~15.0V /Asset/PTFC-130SA-1.jpg PTFS-130SA Carbon Brushed Direct Current (DC) Micro Motors
Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 25L x 20W x 15Lmm, 9.0~15.0V /Asset/PTFS-130SA-1.jpg PTFS-130SM Carbon Brushed Direct Current (DC) Micro Motors
Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 25L x 20W x 15Lmm, 6.0~24.0V /Asset/PTFS-130SM-1.jpg PTFS-180SM Carbon Brushed Direct Current (DC) Micro Motors
(2) Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 32L x 20W x 15Lmm, 6.0~24.0V /Asset/PTFS-180SM-1.jpg PTFS-260SA Carbon Brushed Direct Current (DC) Micro Motors
Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 27L x 24W x 20Lmm, 9.0~15.0V /Asset/PTFS-260SA-1.jpg PTRS-260SA Carbon Brushed Direct Current (DC) Micro Motors
Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 24D x 27Lmm, 9.0~15.0V /Asset/PTRS-260SA-1.jpg PTFS-280SA Carbon Brushed Direct Current (DC) Micro Motors
Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 31L x 24W x 19Lmm, 10.0~15.0V /Asset/PTFS-280SA-1.jpg PTRS-280SA Carbon Brushed Direct Current (DC) Micro Motors
Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 24D x 31Lmm, 9.0~15.0V /Asset/PTRS-280SA-1.jpg PTRS-360SA Carbon Brushed Direct Current (DC) Micro Motors
(2) Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 28D x 33Lmm, 4.0~25.0V /Asset/PTRS-360SA-1.jpg PTRS-360SM Carbon Brushed Direct Current (DC) Micro Motors
Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 28D x 33Lmm, 3.0~8.0V /Asset/PTRS-360SM-1.jpg PTRS-365SA Carbon Brushed Direct Current (DC) Micro Motors
(2) Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 28D x 33Lmm, 12.0~37.0V /Asset/PTRS-365A-1.jpg PTRS-365SM Carbon Brushed Direct Current (DC) Micro Motors
(3) Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 28D x 33Lmm, 6.0~36.0V /Asset/PTRS-365SM-1.jpg PTRS-370CM Carbon Brushed Direct Current (DC) Micro Motors
Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 24D x 31Lmm, 18.0~30.0V /Asset/PTRS-370CM-1.jpg PTRS-370SM Carbon Brushed Direct Current (DC) Micro Motors
(2) Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 24D x 31Lmm, 4.5~10.0V /Asset/PTRS-370SM-1.jpg PTRS-380SA Carbon Brushed Direct Current (DC) Micro Motors
Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 28D x 38Lmm, 12.0~30.0V /Asset/PTRS-380SA-1.jpg PTRS-380SM Carbon Brushed Direct Current (DC) Micro Motors
(2) Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 28D x 38Lmm, 1.0~30.0V /Asset/PTRS-380SM-1.jpg PTRS-385SA Carbon Brushed Direct Current (DC) Micro Motors
Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 28D x 38Lmm, 9.0~24.0V /Asset/PTRS-385SA-1.jpg PTRS-385SM Carbon Brushed Direct Current (DC) Micro Motors
(2) Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 28D x 38Lmm, 12.0~30.0V /Asset/PTRS-385SM-1.jpg PTRS-390SA Carbon Brushed Direct Current (DC) Micro Motors
Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 28D x 47Lmm, 22.0~26.0V /Asset/PTRS-390SA-1.jpg PTRS-390SM Carbon Brushed Direct Current (DC) Micro Motors
Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 28D x 47Lmm, 21.0~27.0V /Asset/PTRS-390SM-1.jpg PTRS-395SA Carbon Brushed Direct Current (DC) Micro Motors
(2) Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 29D x 47Lmm, 8.0~15.0V /Asset/PTRS-395SA-1.jpg PTRS-395SM Carbon Brushed Direct Current (DC) Micro Motors
(2) Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 28D x 47Lmm, 15.0~30.0V /Asset/PTRS-395SM-1.jpg PTRS-540SA Carbon Brushed Direct Current (DC) Micro Motors
Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 38D x 50Lmm, 8.0~16.0V /Asset/PTRS-540SA-1.jpg PTRS-540SM Carbon Brushed Direct Current (DC) Micro Motors
(2) Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 38D x 50Lmm, 4.5~32.0V /Asset/PTRS-540SM-1.jpg PTRS-545SA Carbon Brushed Direct Current (DC) Micro Motors
Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 38D x 50Lmm, 8.0~16.0V /Asset/PTRS-545SA-1.jpg PTRS-545SM Carbon Brushed Direct Current (DC) Micro Motors
(2) Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 38D x 50Lmm, 4.5~32.0V /Asset/PTRS-545SM-1.jpg PTRS-550SA Carbon Brushed Direct Current (DC) Micro Motors
Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 38D x 57Lmm, 10.0~18.0V /Asset/PTRS-550SA-1.jpg PTRS-550SM Carbon Brushed Direct Current (DC) Micro Motors
(2) Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 38D x 57Lmm, 3.6~9.6V /Asset/PTRS-550SM-1.jpg PTRS-555SA Carbon Brushed Direct Current (DC) Micro Motors
Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 38D x 57Lmm, 10.0~18.0V /Asset/PTRS-555SA-1.jpg PTRS-555SM Carbon Brushed Direct Current (DC) Micro Motors
(3) Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 38D x 57Lmm, 9.6~30.0V /Asset/PTRS-555SM-1.jpg PTRS-750SH Carbon Brushed Direct Current (DC) Micro Motors
(3) Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 44D x 60Lmm, 6.0~18.0V /Asset/PTRS-750SH-1.jpg PTRS-755SH Carbon Brushed Direct Current (DC) Micro Motors
(3) Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 44D x 60Lmm, 9.0~20.0V /Asset/PTRS-755SH-1.jpg PTRS-770PH Carbon Brushed Direct Current (DC) Micro Motors
(2) Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 44D x 67Lmm, 9.0~24.0V /Asset/PTRS-770PH-1.jpg PTRS-775PH Carbon Brushed Direct Current (DC) Micro Motors
(3) Carbon Brushed DC Motors ensure that the commutation process remains free from sparks and helps conduct electric current between the moving parts of the motor. This prevents the motor, or commutator, from wearing out. These motors are commonly used in consumer goods, small appliances, and automotive applications. 44D x 67Lmm, 9.0~20.0V /Asset/PTRS-775PH-1.jpg PT1020-20-00/PT1027-00-10/PT1034-03-15 Coin Vibration Direct Current (DC) Micro Motors
(3) Coin Vibration DC Motors are compact and easy to install and use, and are commonly installed using a permanent self-adhesive. They have no external moving parts and can be used in mobile phones, scanners, medical applications and industrial products. 10D x 2.0~3.4Hmm, 3.0V /Asset/PT1020-20-00-PT1027-00-10-PT1034-03-15.jpg PT0408-111-Q/PT0610-111-Q/PT0612-111-Q Coreless Direct Current (DC) Micro Motors
(3) Coreless Brushed DC Motors are small, lightweight, energy efficient, and generate low electrical noise and EMI, making them ideal for robotics, electronics, small pumps, medical devices, and office equipment. These motors have good controllability and their structure ensures greater mechanical strength and can reach very high speeds. Select models can also include vibration capabilities making them ideal for compact electronics and medical equipment. 4~6D x 8~12Lmm, 2.5~3.4V /Asset/PT0408-111-Q-PT0610-111-Q-PT0612-111-Q.jpg PT0614-111-Q/PT0615-111-Q/PT0713-111-Q Coreless Direct Current (DC) Micro Motors
(3) Coreless Brushed DC Motors are small, lightweight, energy efficient, and generate low electrical noise and EMI, making them ideal for robotics, electronics, small pumps, medical devices, and office equipment. These motors have good controllability and their structure ensures greater mechanical strength and can reach very high speeds. Select models can also include vibration capabilities making them ideal for compact electronics and medical equipment. 6~7D x 13~15Lmm, 1.5~3.4V /Asset/PT0614-111-Q-PT0615-111-Q-PT0713-111-Q.jpg PT0716-111-Q/PT0720-111-Q/PT0820-111-Q Coreless Direct Current (DC) Micro Motors
(3) Coreless Brushed DC Motors are small, lightweight, energy efficient, and generate low electrical noise and EMI, making them ideal for robotics, electronics, small pumps, medical devices, and office equipment. These motors have good controllability and their structure ensures greater mechanical strength and can reach very high speeds. Select models can also include vibration capabilities making them ideal for compact electronics and medical equipment. 7~8D x 16~20Lmm, 2.4~3.7V /Asset/PT0716-111-Q-PT0720-111-Q-PT0820-111-Q.jpg PT1015-111-Q/PT1215-111-Q/PT1718-111-Q Coreless Direct Current (DC) Micro Motors
(3) Coreless Brushed DC Motors are small, lightweight, energy efficient, and generate low electrical noise and EMI, making them ideal for robotics, electronics, small pumps, medical devices, and office equipment. These motors have good controllability and their structure ensures greater mechanical strength and can reach very high speeds. Select models can also include vibration capabilities making them ideal for compact electronics and medical equipment. 10~17D x 15~18Lmm, 4.5~6.0V /Asset/PT1015-111-Q-PT1215-111-Q-PT1718-111-Q.jpg PT0408-211-027/PT0408-111-017/PT0408-111-095 Coreless Direct Current (DC) Micro Motors
(3) Coreless Brushed DC Motors are small, lightweight, energy efficient, and generate low electrical noise and EMI, making them ideal for robotics, electronics, small pumps, medical devices, and office equipment. These motors have good controllability and their structure ensures greater mechanical strength and can reach very high speeds. Select models can also include vibration capabilities making them ideal for compact electronics and medical equipment. 8L x 4.6~4.8W x 4.8~4.9H, 4D x 8L, 3.0V /Asset/PT0408-211-027-PT0408-111-017-PT0408-111-095.jpg 