Multi-purpose Mse Pro Stepper Motorized Aluminum Alloy Translation Stages (travel 30mm, 40×50mm) Massive 30% Savings [rpe4RhY6]

MSE PRO™ Stepper Motorized Translation Stages

MSE PRO™ offers the ultimate solution for precise linear motion with its Stepper Motorized Aluminum Alloy Translation Stages. These stages are designed for high accuracy and repeatability, making them ideal for a wide range of applications. With a travel range of 30mm and a table size of 40×50mm, these stages provide exceptional performance and reliability. Their robust construction and smooth motion ensure consistent and dependable operation, even under demanding conditions.

Key Features and Specifications

The MSE PRO™ Stepper Motorized Translation Stages are equipped with a high-precision ball screw and cross roller guide, delivering exceptional performance and accuracy. The stages are designed with a low-profile structure, which is ideal for applications with limited space. They feature original position and limit switches at both ends, ensuring precision positioning and protection. Additionally, these stages can be used in single-axis configurations or integrated into multi-axis systems for more complex applications. Some key features include:

• High-precision ball screw and cross roller guide
• Low-profile design for space-constrained applications
• Original position and limit switches for precision positioning
• Multi-axis capability for complex applications

Practical Applications and Advantages

The MSE PRO™ Stepper Motorized Translation Stages are perfect for a variety of applications, including photonics, microscopy, semiconductor testing, and automation systems. Their high accuracy, reliability, and flexibility make them an excellent choice for any research, manufacturing, or inspection task. With a load capacity of 3kg and a weight of just 1.2kg, these stages are both powerful and lightweight. Some of the key advantages include:

• High accuracy and repeatability for precise positioning
• Robust construction and smooth motion for reliable performance
• Low-profile design for space-constrained applications
• Multi-axis capability for complex applications