•Adopt integrated design with high integration and reliability;
•Stable operation and Strong overload capacity,high efficiency and high power density
•Lightweight design,low noise and vibration, long life;
Data download Back to listInput Voltage | 12 |
Dimensions (mm) | φ8x24 |
Shaft Diameter (mm) | φ1 |
No load speed (rpm) | 37500 |
No load current (mA) | 50 |
Nominal Speed (rpm) | 24560 |
Nominal Torque (mNm) | 0.86 |
Nominal Current (A) | 0.6 |
Stall Torque (mNm) | 2.91 |
Stall Current (A) | 1.23 |
Maximum Output Power (W) | 2.83 |
Maximum Efficiency (%) | 50 |
Torque at Max Eff. (mNm) | 0.58 |
Speed at Max Eff. (rpm) | 29810 |
Life (Typical) | ≥2000H |
Weight (g) | 10-20g |
Operating Temperature Range (°C) | ‘-20 to 80 |
Storage Temperature Range (°C) | ‘-20 to 80 |
As the most important end-effector for humanoid robots, dexterous hands play a key role in many scenarios requiring delicate operations, and are essential for humanoid robots to realize complex movements. A high-quality dexterous hand has strict requirements for motor performance, including high-precision control, miniaturization and lightweight, high reliability and long life and other characteristics. The coreless DC motor, with its advantages of high-precision control, miniaturization and lightweight, high reliability and long service life, is the key to achieving high-precision and fast-response motion control for dexterous robots.
+Medical robots are robots that integrate multidisciplinary technologies such as medicine, mechanical manufacturing, and artificial intelligence for hospital and clinic medical or paramedical use. The pain points of its end-effector include insufficient motion control precision, poor control stability, poor matching of structural design with human structure, and safety issues. Therefore, the performance requirements for motors are high, and they need to be characterized by high precision, high response speed, small size, light weight, low energy consumption and high reliability to meet the requirements of end-effector for medical robots.
+Industrial robot end-effector is an automated equipment component used for precision assembly, handling and other operations in industrial production. It is commonly used in various industrial production scenarios, and is a key component in realizing industrial automation production.As the core component of the industrial robot end-effector, the quality of the motor directly affects the use of the equipment. A good industrial robot end-effector requires motors with the following characteristics: high precision and rigidity, high load and high torque, high reliability and long life.
+Add: Topband Industrial Park, Shiyan, Shenzhen, China.
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