Extended configurator for miniature slide screw drives according to customer requirements

Available in 2, 3, and 4 mm diameters, Thomson miniature lead screws are specifically designed for applications requiring a compact, precise drive solution. (Image source: Thomson Industries, Inc.)
Available in 2, 3, and 4 mm diameters, Thomson miniature lead screws were specifically designed for applications requiring a compact, precise drive solution—particularly for the medical, robotics, and automation markets.
The updated version of the selection tool features a dynamic pop-up window (a so-called "modal window") that allows users to customize the machining of the supported and driven ends of the lead screw as needed. Various standard bearing journals can be configured for the supported end. Selectable configuration options for the drive end include an integrated motor coupling for rapid prototyping and oversize journals compatible with commercially available bearings. These features allow users to configure their customized solution directly on the Thomson website. This significantly shortens the process from selection to ordering.
"Our goal was to make the configuration process for our miniature lead screws as simple and efficient as possible. This way, our customers don't have to contact technical support first, but instead have direct access to powerful configuration tools," explains Ojesh Singh, Product Manager, Thomson Industries, EMEA. "This update demonstrates our commitment to supporting prototyping. This is especially true for industries where short innovation cycles are critical."
Typical applications for Thomson's miniature lead screws include handheld medical devices such as injection pumps and grippers, as well as robotics and compact automation systems. With a wide range of configuration options, Thomson meets a wide variety of application requirements while ensuring high standards of performance and reliability. Furthermore, Thomson plans to expand similar configuration features to other product lines in the future.
Source: Thomson Industries, Inc.