Fairlane HS-127-12 Angled Positioning Gripper Fine 10-32

Product Description

The FAIRLANE HS-127-12 is a fine-thread angled positioning gripper machined from high speed steel with a black oxide finish. It is used to locate and hold workpieces during fixturing, welding, machining, and assembly operations. The 15-degree gripping angle provides positive engagement on workpiece edges, while the fine 10-32 thread allows precise clamping adjustment. At 0.375 inches high and 0.5625 inches wide, this is a compact gripper suited for tight fixture layouts. Industrial toolmakers, fixture builders, and machine shop professionals are the primary installers of this component.

This gripper is designed for use in workholding fixtures and jigs across light to medium industrial applications. Its compact profile makes it well suited for fixtures where clearance is limited. The 10-32 fine thread provides smooth, controlled clamping force adjustment. The black oxide finish offers mild corrosion resistance for typical shop environments. Top length measures 0.65 inches and bottom length measures 0.6 inches, making it appropriate for standard fixture plate mounting configurations.

Key Features

• High speed steel construction for wear resistance in demanding fixturing applications
• Black oxide finish provides mild corrosion resistance
• 15-degree gripping angle for positive workpiece engagement
• Fine 10-32 thread for precise clamping adjustment
• Compact dimensions: 0.375 inches high, 0.5625 inches wide
• 0.03 x 45-degree chamfer for clean workpiece contact

Compatibility

Designed as an OEM-style replacement or direct-fit component for standard 10-32 threaded fixture plates and workholding assemblies.

Installation Notes

Installation is typically performed by toolmakers or fixture builders using standard hand tools. Ensure the mating fixture plate threads are clean and undamaged before installation. Torque to the fixture manufacturer's specification for the 10-32 thread size. Always verify workpiece seating and gripper engagement before initiating any machining or clamping cycle.