NIDEC's SPS10 and SPS20 series non-captive linear stepper motors are both actuators with a lead screw structure that convert the motor's rotational motion into linear motion of the front shaft.
Sensorless Servo Motors (often referred to as "Brushless DC Motors" or "Sensorless Servos") are primarily designed to a…
[Differences Between Air Pumps and Liquid Pumps]The external dimensions, motor, pump head, and rubber material used in N…
[Current Status] Currently, most medical infusion pumps, syringe pumps, and enteral feeding pumps still use PM stepper …
IntroductionBrushless motors are widely used in industrial automation, drones, electric vehicles, and other fields due t…
NIDC Diaphragm Pump (Water Pump) - CharacteristicsThe basic specifications are largely the same:Flow Rate: 320 ml/min Su…
Gas Flow Rate: ≥ 1.1 L/min; Service Life: > 3000 hours; Vacuum Degree: > -40 kPa; Output Pressure: > 90 kPa.
Gas Flow Rate: ≥ 1.8 L/min; Service Life: > 3000 hours; Output Pressure: > 90 kPa. Not suitable for vacuum applications.
Brushless DC Motors: Low Inertia Advantages and Oscillation CausesThanks to the compact design of their permanent magnet…
By analyzing the characteristics of the fracture surface, the cause of the motor shaft failure can be deduced, enabling problem prevention and rectification.
In dental scaler design, replacing traditional peristaltic pumps with diaphragm pumps is becoming a preferred option that balances quiet operation with performance.
Drawing on the experience of closed-loop control in brushless motor speed regulation, three different control strategies are proposed, tailored for medium-to-high speed, low speed, and ultra-low speed scenarios, respectively, to achieve stable ultra-low flow output in ultrasonic dental scalers.
Regarding the adhesion problem in diaphragm pumps caused by long-term inactivity, this article will first analyze the root cause of its mechanism, and then provide specific solutions and fundamental prevention strategies.
Explore the various potential causes for the burnout of brushless DC motors with built-in drive circuits, ranging from electrical connections, power supply quality, control signals, and operational protocols to circuit design.
Although Nidec offers a wide range of model numbers, some of these actually share the same motor core. The different numbers are primarily due to variations in naming conventions.
The ∅6mm planetary gear stepper motor is a systematic engineering project that integrates ultra-precision machining, special material processing, and extreme assembly techniques, and its challenges are inherently systemic.