Screw; M6x11; Hex Socket Shoulder

Screw; M6x11; Hex Socket Shoulder

Regular price $11.00 AUD
Regular price $0.00 AUD Sale price $11.00 AUD
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Introducing the Screw; M6x11; Hex Socket Shoulder—the precise shoulder screw you need for reliable alignment and smooth operation in compact assemblies. Crafted to furnish a stable bearing surface while providing a secure, tool-friendly drive, this fastener is built to perform wherever accuracy matters.

Key features


  • Dimensions: M6 thread with an 11mm overall length, offering a compact yet sturdy shoulder for precise positioning.
  • Drive: Hex socket (Allen) head enables flush, torque-controlled tightening with common Allen wrenches.
  • Shoulder design: An unthreaded shoulder delivers a consistent bearing surface, reducing wobble and wear while guiding parts through precise ranges of motion.
  • Application versatility: Ideal for pivot points, camera rigs, CNC fixtures, robotics mounts, and other small assemblies where repeatable alignment is critical.
  • Installation tips: Clean threads before assembly; if your application experiences vibration, consider a compatible thread locker to secure the fit and prevent loosening.

Why this screw stands out


Unlike fully threaded fasteners, the shoulder section of this screw provides a predictable reference plane, supporting repeatable positioning and smoother sliding interfaces. The hex socket drive ensures a secure grip in tight spaces, while its compact M6x11 footprint fits neatly into compact machinery, enclosures, and fixtures without crowding adjacent components.

Ideal for


Engineers and hobbyists working on mechanical assemblies, fixtures, and indicator mounts who demand reliable alignment and long-lasting performance from a small, dependable fastener.

Practical tips for best results


  • Pair with appropriate bushings or guides to maximize the shoulder’s alignment benefits.
  • Use a light lubricant on the threads for smoother installation and easier future disassembly.
  • Inspect the shoulder for burrs or wear during maintenance; replace if the bearing surface is compromised to maintain accuracy.


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