Accusize Industrial Tools For Gtn-2 Inserts Width 0.0870.094 In Height 0.75 In

Product Features

  • Designed for CNC and manual lathes, this positive stop adjustable blade handles grooving, parting off to centre and chamfering operations using GTN-2 self-lock inserts.
  • Hardened alloy steel body with a positive stop and adjustable design; vernier scale marked in 32nds ensures repeatable offsets; includes extractor for easy insert removal; chipbreaker geometry on inserts supports high speeds and feed rates.
  • Dimensions: Blade Length: 3.385"; Thickness: 0.078"; Height: 0.728". Supports max work diameter of 1-1/2".
  • Designed to suit self-lock cut-off holders for GTN-2 inserts; robust cross-section provides rigidity for consistent parting and grooving.
  • Suitable for machining steels, stainless steels, cast iron, aluminium and other non-ferrous materials; multiple lead angles allow fine-tuned cutting geometry from facing to chamfering.
  • Intended for machinists, toolroom operators and engineers seeking consistent cut-off performance; supplied as one blade without inserts; use with matching GTN-2 inserts and holder.

Description

Designed for CNC and manual lathes, this positive stop adjustable blade handles grooving, parting off to centre and chamfering operations using GTN-2 self-lock inserts.,Hardened alloy steel body with a positive stop and adjustable design; vernier scale marked in 32nds ensures repeatable offsets; includes extractor for easy insert removal; chipbreaker geometry on inserts supports high speeds and feed rates.,Dimensions: Blade Length: 3.385"; Thickness: 0.078"; Height: 0.728". Supports max work diameter of 1-1/2".,Designed to suit self-lock cut-off holders for GTN-2 inserts; robust cross-section provides rigidity for consistent parting and grooving.,Suitable for machining steels, stainless steels, cast iron, aluminium and other non-ferrous materials; multiple lead angles allow fine-tuned cutting geometry from facing to chamfering.,Intended for machinists, toolroom operators and engineers seeking consistent cut-off