Fast Delivery Mse Pro Stepper Motorized Aluminum Alloy Translation Stages (travel 100mm, 150x150mm) Perfect Gift [VOgKXqLb]

MSE PRO™ Stepper Motorized Aluminum Alloy Translation Stages

The MSE PRO™ Stepper Motorized Aluminum Alloy Translation Stages are precision positioning devices designed for high accuracy and repeatability. These stages are ideal for a wide range of applications, including photonics, microscopy, semiconductor testing, and automation systems. With their robust construction and smooth motion, these stages ensure reliable performance even under demanding conditions. The MSE PRO™ stages offer a variety of travel ranges, load capacities, and control options, making them highly versatile for integration into complex motion systems.

Key Product Features and Specifications

The MSE PRO™ stages feature a travel range of 100mm and a table size of 150x150mm. They are equipped with a high-precision ball screw (4mm lead) and a high-precision linear slide guide for smooth and accurate movement. The stages are powered by a STP-42D3016 stepper motor with a 1.8° step angle, providing precise control over position, speed, and acceleration. Key specifications include a load capacity of 20kg, a weight of 3.4kg, and a resolution of 20μ/Pulse (non Micro Step) or 1μ/Pulse (with a 20 Micro Step driver in use). The maximum speed is 40mm/sec, and the stages offer excellent repeatability and positional accuracy.

Applications and Benefits

The MSE PRO™ Stepper Motorized Aluminum Alloy Translation Stages are perfect for a variety of applications, from research and development to manufacturing and inspection. Their high precision and reliability make them ideal for tasks such as precise alignment, positioning, and movement in photonics, microscopy, and semiconductor testing. These stages can be easily integrated into multi-axis configurations, providing a versatile solution for complex motion systems. With their robust construction and user-friendly design, the MSE PRO™ stages are an excellent choice for any application requiring precise linear motion.