Parker:400LXR Series linear servo motor table (406LXR)

400LXR Table Series

Positioning systems needed for many of today’s high-technology applications must satisfy an ever-increasing demand for high throughput and the need for extreme precision. Semiconductor, fiber optics, computer peripherals, metrology, solar scribing, digital printing, and other high-end industries require positioning systems which demonstrate quick response, high acceleration, high velocity, and fast settling time, in conjunction with micron and submicron level positioning.

Parker’s linear motor product group is designed to satisfy this attribute combination of performance and precision. Products and systems in this section feature advanced direct-drive technology, which enables payloads to be directly driven by highly efficient brushless servo motors.

The 400LXR Series linear servo motor tables are pre-engineered "plug and play" modules that combine slotless linear motor technology with performance matched mechanical elements to provide, high acceleration, high velocity, and quick settling, with accurate, highly repeatable positioning.

Offering an unrivaled range of features, sizes, travels, and ease-of-use options, these tables make it easy to size, select, and integrate a "best fit" linear motor solution. An innovative cable management system (with a convenient "pass-through" for user requirements) spearheads the list of selectable options which includes drives, encoder resolutions, Home and Limit sensors, cleanroom compatibility, pinning and more.

Linear motors cannot function on their own. Before motion can occur, a platform must be engineered to provide support, direction, and feedback for the linear motor. Bearings, cables, connectors, encoder, travel stops, homing sensor and other components must be performance matched and integrated to achieve desired motion and control.

Parker linear motor tables provide all this and more in a pre-engineered, easily mounted, ready to run package. The linear motor magnet rail is mounted to a stationary base and the forcer is mounted to the moveable carriage. The only contact between the moving carriage and the stationary base is through the linear support bearings. High-precision square rail bearings provide load support, low-friction translation, and a precise linear path.