Parker M4574M Precision Ball Bearing X-y Stage 29 Kg

Product Description

The PARKER M4574M is a precision ball bearing X-Y stage table designed for applications that demand accurate linear positioning with smooth, low-friction motion. The unit features a side drive mechanism and 25mm of travel, supporting loads up to 29 kilograms. Eight M5 mounting holes provide secure and flexible fixture options. At 65mm long by 66.5mm wide by 25.4mm high, the M4574M delivers a compact footprint suitable for benchtop and machine-integrated environments. It is typically installed by mechanical engineers, automation technicians, or precision equipment specialists working with motion control systems.

This stage is suited for laboratory instrumentation, optical alignment, inspection equipment, and light industrial automation where repeatable two-axis positioning is required. The side drive configuration allows actuator access from the side of the stage, which is useful in confined or stacked axis arrangements. The ball bearing design minimizes backlash and supports consistent positioning across repeated cycles.

Key Features

• 29 kg load capacity supports substantial tooling and payload weights
• 25mm of travel per axis enables precise short-range positioning
• Precision ball bearings reduce friction and support repeatable motion
• Side drive configuration allows flexible actuator placement
• Eight M5 mounting holes provide versatile fixturing options
• Compact body at 65mm long by 66.5mm wide by 25.4mm high

Compatibility

Designed as an OEM-style precision linear stage replacement or addition for motion control and automation systems requiring M5 mount hardware and 25mm travel range.

Installation Notes

Installation is typically performed by mechanical or automation technicians familiar with precision motion control equipment. De-energize and lock out all power to connected motion systems before mounting or adjusting the stage. Use calibrated M5 fasteners torqued to the fixture specification defined by the system designer. Avoid introducing lateral loads or impacts to the ball bearing assembly during installation, as this can compromise positioning accuracy and bearing longevity.