Current: 1.68A
Resistance: 1.65Ω
Rated Torque: 0.5Nm(70.81oz.in)
Encoder: 1000ppr / 17bit
Poles: 8poles
Rated Power: 400W
Rated Speed: 3000±10%RPM
Rated Current: 11.5A
Rated Torque: 1.27Nm(179.85oz.in)
Encoder: 17Bit Absolute Encoder
Current: 3A
Resistance: 1.6Ω
Rated Torque: 3N.m(424.84oz.in)
How Do Linear Stepper Motors Perform Under High Load Conditions?Linear stepper motors have become a critical motion solution in modern automation systems where precision, repeatability, compact structure, and direct linear motion are essential. From semiconductor manufacturing and medical devices to
Besfoc linear stepper motor systems improve energy efficiency through optimized current control, closed-loop technology, intelligent drivers, and reduced mechanical losses, helping industrial automation equipment achieve lower power consumption, higher precision, and longer operational life.Linear s
Linear stepper motors are widely recognized for their precision, repeatability, and compact integration, making them essential in industries such as semiconductor manufacturing, medical devices, laboratory automation, and industrial robotics. However, even the most advanced systems can suffer from a
Selecting the optimal linear stepper motor is a decisive factor in achieving precision, reliability, and efficiency in modern motion control systems. From semiconductor equipment to medical devices and automated robotics, the correct motor choice directly impacts system performance, lifecycle cost,