Iscar 2801211 Milling Shank 1/2 Inch Straight Solid Carbide

Product Description

The ISCAR 2801211 is a replaceable tip milling shank designed for use with the Multimaster modular tooling system. Built from solid carbide, this shank accepts interchangeable Multimaster cutting heads, allowing rapid tip changes without removing the holder from the spindle. It features a straight shank profile measuring 0.5 inches in diameter and an overall length of 4.7244 inches. The T08 neck thread provides a secure, repeatable connection to compatible Multimaster heads. Coolant-through capability is built in, supporting chip evacuation and tool life in demanding milling applications. This shank is installed by machinists and tooling specialists in CNC milling environments.

This shank is suited for milling operations in both production and job-shop settings where tool changeover speed and accuracy are priorities. The Multimaster system is commonly used in face milling, slotting, profiling, and helical interpolation applications. The MM-GRT toolholder style and T08 neck thread define the compatible head family. With an effective cutting length of 3.7795 inches and a maximum tool diameter of 0.5 inches, this shank fits standard tooling setups on vertical and horizontal machining centers.

Key Features

• Solid carbide construction for rigidity and vibration damping
• T08 neck thread for connection to compatible Multimaster replaceable heads
• Coolant-through design supports chip evacuation during milling
• Straight shank, 0.5 inches diameter, compatible with standard ER and side-lock holders
• Overall length of 4.7244 inches with 3.7795 inches effective length
• MM-GRT toolholder style within the Multimaster modular system

Compatibility

Designed for use within the ISCAR Multimaster modular milling system, compatible with Multimaster replaceable heads using T08 neck thread sizing. Manufacturer catalog reference: MM GRT-127C-T08.

Installation Notes

Installation is performed by qualified machinists or tooling technicians. Disengage spindle power and ensure the machine is fully stopped before mounting or removing the shank. Use proper torque tooling as specified by the machine tool manufacturer when securing the shank in the holder. Verify neck thread engagement is clean and fully seated before initiating a cutting cycle to maintain concentricity and prevent tip ejection.