Used THORLABS MDT692 #9154188 for sale

THORLABS MDT692 is a precision, motorized, stabilization equipment designed to hold and control optical components in laboratory experiments. MDT692 is an ideal choice for any application calling for sub-micron precision positioning of optical components and is trusted by countless researchers and scientists worldwide. THORLABS MDT692 incorporates advanced, intuitive motorized control features while providing unparalleled robustness at high speeds and precision. MDT692 is equipped with high-performance pre-loaded ball-bearing stages for optimal precision, stability, and repeatability. Each stage of THORLABS MDT692 is constructed from solid aluminum with anodized finish to provide optimal thermal properties, corrosion resistance, and durability. With a 0.125 micron resolution, MDT692 can accurately hold and position components within the range of 50um to 1.25mm. For increased accuracy of positioning, THORLABS MDT692 is supplied with a REB3 controller that can be used to perform closed loop servo operations. MDT692 includes intuitive, user-friendly features, such as a true slaving capability and auto-referencing capabilities, that make positioning simple. The controller also includes an integrated console for setting system parameters, such as speed, acceleration, and settling time, allowing you to customize your setup to best suit your needs. As an additional safety feature, THORLABS MDT692 is equipped with an overload protection unit to ensure that machine components are not damaged due to operation with excessive forces or at too high a speed. Additionally, MDT692 is compatible with THORLABS range of Optically Referenced Piezo (ORP) stages, allowing you to combine the best of both systems into one outstanding high-precision setup. The ORP stages are likewise constructed from high-quality materials, providing a range of up to 50um with 0.0005um resolution, allowing substantial improvements in accuracy during positioning. THORLABS MDT692 is suitable for a wide range of research, such as microfluidics and optomechanics, as well as applications requiring accurate, repeatable positioning over long distances and intricate labelling schemes. Additionally, with its anti-vibration mounting tool, MDT692 is the perfect choice for any precision robotics experiments in demanding environments.