Sandvik Coromant 5726835 Solid Carbide Grooving Tool

Product Description

The SANDVIK COROMANT 5726835 is a solid carbide internal grooving tool designed for precision groove cutting in bored holes and turned bores. Built from solid carbide throughout, it delivers the rigidity and wear resistance required for consistent, repeatable groove geometry in production and job-shop environments. The tool features a 6 mm shank diameter and cuts a 2.00 mm wide groove, with an overall length of 47.00 mm. Right-hand cutting orientation makes it suited for standard lathe setups. Machinists and CNC turning specialists use this tool where dimensional accuracy and tool life in hard or abrasive materials are priorities.

This grooving tool is configured for internal grooving operations. It requires a minimum hole diameter of 4.70 mm to enter the bore, and reaches a maximum hole depth of 22.00 mm. The 2.50 mm projection provides the clearance needed to form the groove without interference from the shank body. It is appropriate for use on CNC lathes and turning centers in both light production and precision single-piece work where tight groove tolerances are required.

Key Features

• Solid carbide construction for superior rigidity and wear resistance
• 2.00 mm groove width for precise internal groove geometry
• 6 mm shank diameter with 47.00 mm overall length
• Right-hand cutting direction for standard lathe orientation
• Minimum bore entry of 4.70 mm and maximum depth reach of 22.00 mm
• 2.50 mm projection for clearance during groove formation

Compatibility

Designed as an OEM-style internal grooving tool for CNC turning centers and lathes accepting a 6 mm round shank toolholder.

Installation Notes

Installation and setup should be performed by a qualified machinist or CNC turning specialist. Ensure the machine spindle is fully stopped and the turret is in a safe index position before mounting or removing the tool. Secure the shank firmly in the toolholder to the holder manufacturer's specified clamping method to prevent deflection under cutting loads. Verify bore diameter and depth clearance against the tool's minimum hole diameter and maximum depth specifications before beginning the operation.