PIN PUNCH 3/32" - Stanley Proto Industrial Tools

Specifications

• Manufacturer: Stanley Proto Industrial Tools
• Model Number: 471/4X32
• Product Name: PIN PUNCH 3/32"
• Pin Diameter: 3/32 inch
• Weight: 0.06 lbs

Key Features

• Precision-Ground Tip: Ensures accurate alignment and contact with pins, minimizing slippage and damage.
• High-Strength Steel Construction: Engineered for exceptional durability and resistance to deformation under repeated impact.
• Industrial-Grade Design: Built to withstand the rigorous demands of professional and industrial environments.
• Specific 3/32" Diameter: Precisely sized for the accurate removal and insertion of pins requiring this exact dimension.

Applications

• Roll Pin & Spring Pin Work: Ideal for extracting or inserting various types of roll pins, spring pins, and other friction-fit fasteners.
• Machinery Maintenance: Essential for disassembling and reassembling components in industrial machinery and equipment.
• Automotive Repair: Utilized for diverse tasks in vehicle maintenance, including precise pin removal within assemblies.
• Firearms & Small Mechanism Service: Provides the necessary precision for intricate work on firearms or other delicate mechanisms.
• General Assembly: Supports accurate pin installation in manufacturing and assembly processes requiring specific tolerances.

Benefits

• Prevents Damage: The precise 3/32-inch tip significantly reduces the risk of marring or deforming pins and surrounding materials during use.
• Ensures Reliability: Its robust construction delivers consistent force transfer, allowing for dependable performance on tough or stuck pins.
• Enhances Efficiency: Specialized design facilitates quicker and more straightforward pin removal and insertion tasks, optimizing workflow.
• Extends Tool Life: Crafted from durable materials, this pin punch withstands heavy-duty use, offering long-term reliability in demanding conditions.
• Boosts Productivity: Allows technicians and mechanics to complete tasks more accurately and with less effort, leading to improved operational efficiency.