Sandvik Coromant 5764602 Modular Grooving Head Size 32

Product Description

The SANDVIK COROMANT 5764602 is a left-hand modular grooving head designed for use in the T-Max Q-Cut system. It accepts 570-xxR/L151.21 series inserts and delivers a maximum depth of cut of 1.1811 inches (30.00 mm), making it well-suited for deep grooving and parting operations on CNC lathes and turning centers. Built to System Size 32, this cutting head integrates through-coolant delivery to manage heat at the cutting zone and extend insert life. Machinists and tooling specialists working in production turning environments install this head as part of a modular tooling setup.

This grooving head is used in external grooving and cutoff applications on CNC turning equipment. It is configured for left-hand cutting direction, which determines spindle rotation and insert orientation for the target operation. The head projects 0.5512 inches (14.00 mm) in length. Compatible insert style N151.2-300-5E can be used with this head. It is appropriate for shops running System Size 32 modular tooling blocks in medium to high-production turning environments.

Key Features

• Left-hand cutting direction for specific spindle and tool orientation requirements
• Maximum depth of cut of 1.1811 inches (30.00 mm) for deep grooving and parting
• Through-coolant capable to improve chip evacuation and reduce cutting-zone heat
• System Size 32 modular interface for secure, repeatable head-to-block connection
• Compatible with 570-xxR/L151.21 insert style and N151.2-300-5E inserts
• Head length projection of 0.5512 inches (14.00 mm)

Compatibility

Designed for use with T-Max Q-Cut System Size 32 modular tooling blocks. Compatible insert styles are 570-xxR/L151.21, with specific insert compatibility for N151.2-300-5E.

Installation Notes

Installation is performed by qualified machinists or tooling technicians familiar with modular turning system assembly. Power down and lock out the machine spindle before changing or seating modular heads. Ensure the mating interface and clamping surfaces are clean and free of chips before assembly. Verify coolant port alignment when through-coolant is required.