Cylindrical Punch 8 mm Beta Tools BE31-8

Cylindrical Punch 8 mm Beta Tools BE31-8 is a straight, solid metal punch designed for driving out pins, rivets and for precise alignment tasks in mechanical assemblies. The compact handheld tool is intended for use with hammer strikes and provides a consistent 8 mm diameter contact point for workshop and maintenance operations where repeatable accuracy is required.

Advantages

The cylindrical 8 mm tip offers stable contact with pins and rivets, reducing the risk of slippage during use. Manufactured to workshop tolerances, the punch provides durable performance under repeated hammer impacts. Its simple, straight design allows easy access to confined spaces and straightforward handling during disassembly and alignment tasks.

Suitable for

• Removing or driving pins and rivets with an 8 mm diameter
• Alignment of components during assembly or repair
• General metalworking and maintenance workshop tasks
• Use in confined or hard-to-reach areas where a straight punch is required

Key specifications

• Punch tip diameter: 8 mm
• Shape: straight cylindrical shaft and tip
• Material: hardened steel suitable for striking with a hammer
• Handheld length: compact design for close-up work (typical workshop size)
• Intended use: cold striking for pin/rivet driving and alignment

How to use

Position the cylindrical punch so the 8 mm tip aligns with the center of the pin, rivet or alignment point. Hold the punch perpendicular to the workpiece to maintain straight driving and deliver controlled hammer strikes to the tool's striking end. Use appropriate eye protection and ensure the workpiece is secured before striking. Inspect the tip for wear periodically and avoid striking hardened surfaces that exceed the tool's intended use.

Usage recommendations

For best results, use the punch with a properly sized hammer and steady, controlled blows. Keep the tool clean and store in a dry place. If used frequently, periodically check for tip deformation and recondition or replace the punch once wear affects accuracy.