Carmex SR0500F14 Indexable Thread Mill 0.5 in Cut Dia

Product Description

The CARMEX SR0500F14 is an indexable thread mill designed for precision internal thread milling operations in metalworking and machining environments. Built from alloy steel, the toolholder accepts a single IE-style insert secured by a screw-clamp holding method using insert screw S14. With a 0.5 inch cutting diameter, a 0.75 inch shank diameter, and through-coolant capability, this tool is suited for high-accuracy threading in environments where chip evacuation and heat management are critical. It is installed and operated by machinists and CNC tooling technicians working in production or job-shop settings.

The SR0500F14 is intended for milling applications requiring precise thread generation in bored holes. With a maximum hole depth of 0.7 inches and a neck diameter of 0.37 inches, it is well matched to shallow-to-medium depth threading tasks. The SR toolholder style and K14 key designation align with standard CARMEX tooling system configurations. Through-coolant delivery supports chip flushing and thermal control during thread milling cycles on CNC machining centers.

Key Features

• 0.5 inch cutting diameter for precise internal thread milling
• Through-coolant design aids chip evacuation and heat dissipation
• Alloy steel toolholder construction for rigidity and wear resistance
• Accepts one IE-style insert, size 14 mm, secured by screw-clamp method
• 0.37 inch neck diameter allows access in confined bore geometries
• SR toolholder style with K14 key and S14 insert screw for system compatibility

Compatibility

Designed for use with IE-style indexable threading inserts, 14 mm insert size, within the CARMEX SR toolholder system. Compatible insert screw is S14; key designation is K14.

Installation Notes

Installation and tool changes should be performed by qualified machinists with the machine powered down and in a safe, locked-out state. Ensure the shank is properly seated and clamped to the specified holder torque per machine tool manufacturer guidelines before operation. Through-coolant connections should be verified for proper fitment and flow before initiating a threading cycle. Follow shop safety protocols and applicable OSHA standards when handling cutting tools.