Scientific Cutting Tools EN125-60A Engraving Cutter 60 Deg

Product Description

The SCIENTIFIC CUTTING TOOLS EN125-60A is a solid carbide engraving cutter designed for precision material removal in engraving, marking, and detailing operations. Built with a conical point geometry at a 60-degree included angle and a 0.005-inch tip diameter, it produces fine, accurate lines in demanding applications. The submicron carbide substrate paired with an AlTiN coating provides heat resistance and edge retention during high-speed cutting. With an overall length of 1.5 inches and a 0.103-inch length of cut, this cutter suits CNC engravers, machining centers, and rotary tool setups where tight tolerances and consistent results are required. Installation is handled by machinists and CNC operators.

This cutter is suited for engraving operations on metals, plastics, and composites in both production and prototype environments. The 1/8-inch shank diameter makes it compatible with standard collet systems used on CNC routers, engraving machines, and vertical machining centers. The right-hand cutting direction is standard for conventional spindle rotation. Applications include part marking, decorative engraving, mold texturing, and fine-detail work where tip geometry and coating durability directly affect output quality.

Key Features

• 60-degree conical point geometry for precise, clean engraving lines
• 0.005-inch tip diameter enables fine detail and tight-radius work
• Solid carbide submicron substrate for rigidity and wear resistance
• AlTiN coating improves heat resistance and extends tool life in ferrous and hard materials
• Right-hand cutting direction compatible with standard CNC spindle rotation
• 1/8-inch shank fits widely available collet systems without adapters

Compatibility

Designed as an OEM-style replacement or direct-use engraving cutter for CNC engraving machines, routers, and vertical machining centers equipped with 1/8-inch collet systems.

Installation Notes

Installation is performed by machinists or CNC operators. Power down and lock out the spindle before changing tooling. Seat the shank fully in the collet and torque the collet nut according to the machine manufacturer's specification. Verify runout with a dial indicator before beginning a production run, as tip geometry at this scale is sensitive to even minor misalignment.