3/8DR 1/2 12PT

Specifications

• Manufacturer: Stanley Proto Industrial Tools
• Model Number: 5216
• Drive Size: 3/8 inch (3/8DR)
• Socket Size: 1/2 inch
• Point Configuration: 12-point
• Weight: 0.05 lbs
• Dimensions: 1 x 0.5 x 0.5 inches

Key Features

• 12-Point Design: This configuration allows for secure engagement with 6-point and 12-point fasteners, offering flexibility and efficient torque transfer.
• 3/8-Inch Drive: Compatible with standard 3/8-inch drive ratchets, extensions, and other accessories, making it a versatile addition to any toolkit.
• Precision-Machined Opening: The 1/2-inch socket opening is accurately formed to fit corresponding fasteners, reducing play and ensuring a snug fit.
• Durable Construction: Manufactured by Stanley Proto Industrial Tools, this industrial socket is built to withstand demanding professional and industrial use.

Applications

This Stanley Proto 1/2 inch 12 point socket is an essential tool for various tasks:

• Automotive repair and maintenance, including engine work and chassis components.
• Industrial assembly, maintenance, and repair of machinery.
• General mechanical work requiring reliable fastener removal and installation.
• Professional environments where robust and precise 3/8 drive sockets are needed.

Benefits

• Improved Fastener Engagement: The 12-point design allows for more contact points, reducing the risk of rounding fasteners, especially in tight or awkward spaces.
• Enhanced Efficiency: Users can quickly and easily position the socket onto fasteners, which streamlines operations and saves time on various projects.
• Long-Lasting Reliability: Engineered by Stanley Proto, this durable 3/8 drive 12 point socket resists wear and tear, providing consistent performance over time in rigorous industrial settings.
• Versatile Performance: Its design and drive size make it a valuable professional-grade socket for a broad range of mechanical and industrial applications.
• Reduces Tool Slippage: The precise fit and multiple contact points ensure a firm grip, minimizing slippage and improving user control during tightening or loosening tasks.