Manual Precision Punch Set GRAPHITE 56H614 — pins 1.5 mm and 2.5 mm

GRAPHITE 56H614 is a manual precision punch set that includes two solid punches with pin diameters of 1.5 mm and 2.5 mm. The set is intended for marking, center-punching and light positioning tasks on metal, wood and plastic. It provides accurate starting points for drilling and assembly operations and is compact enough for workshop, hobby and maintenance use.

Advantages

The punches have hardened steel tips for consistent performance and wear resistance, while the ergonomic handles offer a secure grip for controlled strikes. The two-pin sizes included cover common small-diameter marking needs without requiring multiple single tools. The compact form factor makes the set easy to store in a toolbox or transport to different work sites.

Suitable for

• Center-punching before drilling in metal, wood and plastic
• Marking precise points for assembly and alignment
• Light workshop, hobby and maintenance tasks
• Creating starter indentations to prevent drill bit wandering

Key specifications

• Pin diameters: 1.5 mm and 2.5 mm
• Tool type: manual precision punch set
• Tip material: hardened steel
• Handle: ergonomic for controlled striking
• Application materials: metal, wood, plastic
• Package: two punches in a compact set

How to use

Select the punch with the appropriate pin diameter for the required indentation. Place the punch tip on the desired marking point, holding the handle firmly and perpendicular to the work surface. Apply controlled strikes with a hammer or mallet until a visible indentation is formed. For thin or delicate materials, use lighter strikes and verify the mark before final drilling or assembly. After use, store the punches in a dry place to reduce corrosion risk.

Usage recommendations

Use eye protection and gloves when striking the punches. For best results on metal surfaces, start with a small pilot indentation and inspect the tip regularly for wear; dress or replace the punch if the tip becomes mushroomed or blunt. Avoid excessive force on thin materials to prevent deformation.