Summer Sale Mse Pro Stepper Motorized Aluminum Alloy Translation Stages (travel 50mm, 120×125mm) With Grating Scale Ready To Use [USXiJGwT]

MSE PRO™ Stepper Motorized Translation Stages

MSE PRO™ proudly presents its high-quality Stepper Motorized Aluminum Alloy Translation Stages, designed for precision positioning and automated linear motion. These stages are a must-have for professionals in research, manufacturing, and inspection sectors. Equipped with stepper motors, these stages offer exceptional accuracy and repeatability, making them ideal for various applications in photonics, microscopy, semiconductor testing, and automation systems. Their robust construction, low backlash, and smooth motion ensure reliable performance under demanding conditions.

Key Features and Specifications

The MSE PRO™ Translation Stages boast an impressive list of features, making them a top choice for precision motion control. Key features include a non-contact direct-drive system for ultraprecision motion, an extra-large high-efficiency linear motor to minimize heat generation, and an ironless moving coil for ultra-smooth velocity control. These stages also feature ultra-quiet anti-creep crossed roller bearings, a high-precision glass scale encoder for accurate position feedback, and sub-nm resolution for outstanding speed stability and motion sensitivity. Technical specifications include a travel range of 50mm, a table size of 120×125mm, and a load capacity of 20 kg. With a resolution of 20μ/Pulse and a maximum speed of 40mm/sec, these stages deliver exceptional performance in both single-axis and multi-axis configurations.

Applications and Benefits

MSE PRO™ Stepper Motorized Translation Stages are versatile tools for a wide range of applications. Whether you are working on complex optomechanical setups or need precise positioning in automation systems, these stages offer the reliability and precision you need. Ideal for use in photonics, microscopy, semiconductor testing, and other advanced research and manufacturing processes, these stages can help you achieve optimal results in your daily work. By providing smooth, accurate, and repeatable motion, these stages can significantly improve the efficiency and quality of your operations, making them a valuable investment for any professional seeking to enhance their precision motion control capabilities.