Thompson R176070800 Aluminum Pillow Block 0.500In

Description:

The Thomson R176070800 Aluminum Pillow Block is used in precision linear motion systems to support and house a 0.500-inch linear ball bushing bearing. Commonly installed in CNC machines, packaging equipment, factory automation systems, material handling equipment, inspection machinery, and custom linear guide assemblies, this lightweight aluminum pillow block provides accurate shaft alignment, rigid bearing support, and smooth linear travel for round shaft applications. Maintenance teams, machine builders, and system integrators use this pillow block for equipment repair, linear bearing replacement, machine retrofits, and precision motion control systems.

Applications:

The Thomson R176070800 is commonly used in CNC machining centers, industrial automation equipment, packaging machinery, semiconductor equipment, assembly systems, medical devices, and material handling applications where a 0.500-inch linear shaft requires a rigid aluminum pillow block for precise, low-friction linear guidance. It is compatible with Thomson RoundRail linear bearing systems and supports both new installations and replacement applications.

Technical Specifications:

• Manufacturer Part Number (MPN): R176070800
• Brand: Thomson
• Product Type: Aluminum Pillow Block Housing
• Housing Material: Aluminum
• Bearing Style: Single Pillow Block
• Nominal Shaft Diameter: 0.500 in (12.7 mm)
• Compatible Bearing Type: Thomson Linear Ball Bushing Bearing
• Compatible Shaft Style: Precision Round Shaft
• Mounting Style: Standard Base Mount
• Self-Alignment: Yes (when used with compatible Thomson self-aligning bearings)
• Configuration: Closed Pillow Block Housing
• Application: Linear Motion and RoundRail Guidance Systems
• Suitable for: Industrial Automation, CNC Equipment, Packaging Machinery, Material Handling, Robotics, and OEM Equipment
• Compatible with Thomson RoundRail Linear Guide Systems

Common Replacements:

• Thomson R176070700
• Thomson R176070900
• Thomson R176071000