
Advanced positioning applications require encoder feedback to ensure the motor accurately reaches and maintains its commanded position. Oriental Motor’s AZ Series αSTEP Hybrid Step-Servo Motors enable advanced closed-loop motion control by combining our patented Keep-in-Step technology, low-loss laminations, and a multi-turn battery-less mechanical absolute encoder in a single system, delivering servo-like performance without the servo complexity. Common applications include index tables, start/stop conveyors, and robotic arms that require a higher level of precision, speed, and reliability.
Indexing a batch of samples in a carousel requires high inertia handling capability, high accuracy positioning, and low vibration performance.
Positioning an XYZ gantry system reliably improves efficiency for filling operations.
Lifting and lowering silicon wafers require precise and smooth motion in a compact design. Precise handling minimizes tilting of the wafer, causing scratches or other damage to the wafers.
Handling wafer presents unique challenges like moving high inertial loads precisely and delicately.
Precise control of the swing arm position and polishing pad speed are critical for polishing wafers.
Wafer handling requires extreme accuracy and delicate movements while closed-loop feedback provides peace of mind.
Cleaning tool application requires high torque, precise positioning, and the ability to control torque.
Lifting mechanism in semiconductor tool requires high torque and synchronous motion in a small footprint.
For applications such as pressure sensitive stamping, pressing, capping or screwing mechanisms, a torque limit function can be useful.
The precision, controllability, and efficiency of our products are well-suited for packaging, sealing, and winding applications.
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