Parker 10000 Rotary Positioning Stage 2.75 in

Product Description

The PARKER 10000 is a rotary positioning stage designed for precise angular motion control in industrial and laboratory automation applications. Rotary positioning stages allow controlled rotation of a workpiece, optical component, or instrument fixture around a fixed axis. The PARKER 10000 features a 2.75-inch stage diameter and weighs 2 pounds, making it a compact unit suited for benchtop motion systems, test fixtures, and multi-axis positioning assemblies. Installation and integration are typically handled by automation engineers, motion control technicians, or mechanical engineers working with linear and rotary motion platforms.

This rotary stage is applicable in precision motion environments including laboratory instrumentation, optical alignment rigs, industrial inspection equipment, and automated test systems. The 2.75-inch platform diameter accommodates small-to-mid-sized payloads and fixtures. It is packaged as a single unit and is intended for integration into a broader motion control or positioning system rather than standalone operation.

Key Features

• 2.75-inch stage diameter for compact rotary positioning applications
• Lightweight at 2 pounds for easy integration into multi-axis assemblies
• Single-unit packaging supports direct drop-in installation
• Designed for precise angular positioning in automation and instrumentation systems

Compatibility

Designed as an OEM-style rotary positioning stage suitable for integration into precision motion control and automation assemblies requiring a 2.75-inch diameter rotary platform.

Installation Notes

Installation is typically performed by qualified automation or motion control technicians. Disconnect and de-energize all power sources to the motion system before mounting or wiring the stage. Verify that the mounting surface is flat and that fastener torque requirements are confirmed against the system documentation provided by PARKER. Follow all applicable machinery safety standards during integration.