The Perfect Mse Pro Stepper Motorized Aluminum Alloy Rotation Stages (angle 360°, Φ400mm, Transmission Ratio 720:1) Family Size [76uEhnXt]

MSE PRO™ Stepper Motorized Rotation Stages

MSE PRO™ presents the ultimate solution for precise rotational motion control with their Stepper Motorized Aluminum Alloy Rotation Stages. These stages are engineered for exceptional angular positioning and repeatability, making them ideal for a wide range of applications. With a 360° rotation angle, Φ400mm diameter, and a transmission ratio of 720:1, these stages offer unparalleled precision and control. The direct-drive concept ensures faster rotating speeds and enhanced position sensitivity, while the high efficiency DC torque motor optimizes available torque for optimal performance.

Key Product Specifications

The MSE PRO™ Stepper Motorized Rotation Stages are equipped with a proprietary glass scale encoder that guarantees 0.002° repeatability, ensuring consistent and accurate results. The 400mm diameter through-hole facilitates convenient cable routing, while the standard stepper motors and RS232 interface provide seamless compatibility with various control systems. The stages are constructed with precision worm gears, offering comfortable and smooth forward and reverse rotation with minimal backlash. Additional features include the ability to increase the limit function, initial zero, and customization options such as changing to servo motor, rotary encoder, or accepting restructuring and customized products.

Applications and Benefits

The MSE PRO™ Stepper Motorized Rotation Stages are versatile and perfect for a variety of applications, including optical experiments, laser processing, automation systems, and metrology. Their robust construction and high load capacity of 75kg ensure reliable performance in demanding environments. With a resolution of 0.0025°=9″ (non MicroStep) and 0.000125°=0.45″ (20 MicroStep Driver), these stages offer exceptional precision and speed of 5°/sec. The 0.002° repeatability and 0.005° backlash ensure consistent and accurate results, making them an essential tool for researchers and industrial professionals seeking precise rotational motion control.