Used MELLES GRIOT 17 Max 605 #9112653 for sale

MELLES GRIOT 17 Max 605 is a top-of-the-line lab equipment and accessory manufactured by the leading supplier of precision optics and lasers, MELLES GRIOT. This highly precise and reliable product is designed to offer superior performance in a wide range of scientific and industrial applications. 17 Max 605 provides a robust and controlled motion platform for reliable and accurate alignment of opto-electronic components. It is designed for best-in-class optical and laser performance, and it utilizes a high-precision omnidirectional actuator platform for accurate and reliable positioning. It is equipped with enhanced resolution up to 5 arc seconds and a minimum starting velocity of 14 sec/arc degree, for fast and efficient motion control. It includes anti-backlash features and a power fail safety system to guarantee complete accuracy and reliable operation over extended periods of time. MELLES GRIOT 17 Max 605 can be operated using a variety of manual and automated control options. It supports a wide range of connectivity options, such as USB, Serial, and Ethernet. It also includes an intuitive GUI with advanced automated functions for easier and faster troubleshooting. 17 Max 605 is EN 61800 certified and is designed to meet the highest safety standards, while its integrated servo motor offers a powerful motor solution which is easy to install and configure. It is designed to work with MELLES GRIOT line of optical systems and other components, and is fully compatible with products from a variety of leading industry partners. Its user-friendly setup ensures quick and easy integration with any system, and its modular design allows easy upgradeability and custom configurations. Overall, MELLES GRIOT 17 Max 605 is an effective and reliable product for scientists, engineers and technicians looking for superior performance, accuracy and reliability in a lab environment. With intricate design and control accuracy, it provides a dependable and robust motion platform for reliable and accurate alignment of opto-electronic components. It is also easy to install and configure and perfectly compatible with a variety of components, allowing for universities and research institutions to depend on it for their difficult research tasks.