Complete Mse Pro Stepper Motorized Aluminum Alloy Translation Stages (travel 200mm, 120×125mm) With Grating Scale Save 55% Now [OzuI61Po]

High-Precision Stepper Motorized Translation Stages

The MSE PRO™ Stepper Motorized Aluminum Alloy Translation Stages are designed for applications requiring precise linear motion. With a travel range of 200mm and a table size of 120×125mm, these stages are ideal for a wide range of applications including photonics, microscopy, semiconductor testing, and automation systems. Their robust construction and smooth motion ensure reliable performance under demanding conditions.

Key Features and Specifications

Key Features: The MSE PRO™ translation stages are equipped with a non-contact direct-drive system for ultraprecision motion with high dynamics and reliability. They feature an extra-large, high-efficiency linear motor to minimize heat generation and an ironless moving coil for ultra-smooth velocity control. The stages also come with ultra-quiet anti-creep crossed roller bearings, ensuring ripple-free motion without cage migration.

• Non-contact direct-drive system for high precision and reliability
• Extra-large, high-efficiency linear motor to minimize heat generation
• Ironless moving coil for ultra-smooth velocity control
• Ultra-quiet anti-creep crossed roller bearings for ripple-free motion

Applications and Benefits

The MSE PRO™ Stepper Motorized Aluminum Alloy Translation Stages are versatile and suitable for various applications. Their high precision glass scale encoder provides accurate position feedback with 50 nm repeatability, ensuring precise alignment and positioning. The stages offer sub-nm resolution with low interpolation error for outstanding speed stability and motion sensitivity. With no moving cables inside the stage, they reduce particle generation and improve reliability.

• Accurate position feedback with 50 nm repeatability
• Sub-nm resolution for outstanding speed stability and motion sensitivity
• No moving cables for reduced particle generation and improved reliability