Thomson Industries 1 L Smae L 10 Round Linear Shaft

Product Description

The THOMSON INDUSTRIES 1 L SMAE L 10 is a round linear shaft designed for precision linear motion applications. Machined from steel with a 60C hardness rating, this shaft delivers the rigidity and wear resistance required in demanding mechanical assemblies. It measures 1 inch in diameter with a tight diameter tolerance of 0.9990 to 0.9995 inches, ensuring accurate fitment in linear bearings and guide systems. The shaft is 10 inches in overall length and features annealed ends for improved machinability during installation. Weighing 2.22 pounds, it is suited for use in automated equipment, machine tool assemblies, and motion control systems installed by mechanical technicians and industrial maintenance professionals.

This shaft is used in linear motion systems where consistent diameter tolerance and surface hardness are critical for smooth bearing travel. Typical applications include slide assemblies, actuator guide rails, and support shaft configurations in both light industrial and commercial mechanical equipment. The annealed end treatment makes this shaft practical in setups that require secondary machining or custom end modifications on-site.

Key Features

• Steel construction with 60C hardness for durability and wear resistance in linear motion applications
• Tight diameter tolerance of 0.9990 to 0.9995 inches for accurate linear bearing fitment
• Annealed ends allow secondary machining without cracking or chipping
• 10 inch overall length suits a range of standard linear slide configurations
• 1 inch nominal diameter compatible with standard bore linear bearings and bushings

Compatibility

Designed as an OEM-style replacement or standard component for linear motion assemblies requiring a 1 inch diameter steel shaft with 60C hardness and annealed end treatment.

Installation Notes

Installation is typically performed by mechanical technicians or industrial maintenance personnel. Secure all motion system components and de-energize any connected actuators or drives before shaft removal or installation. Use appropriate shaft support fixtures and bearing alignment tools to avoid introducing lateral load during assembly. Verify diameter tolerance compatibility with the mating linear bearing or bushing specification before final installation.