R8 JT6 Jacobs Taper Adapter – Precision Ground R8 to JT6 Taper Adapter, 0.13" Projection, 0.677" Hole Dia, ANSI Spec Accuracy, Tool Holding Accessory for CNC & Milling Machines

The GS Tooling R8 JT6 Jacobs Taper Adapter is engineered for precision and durability in demanding machining environments. Designed to seamlessly adapt R8 tool holders to JT6 tapered tooling, this adapter features a precision ground shank that meets or exceeds ANSI accuracy standards. With a 0.13" projection and a 0.677" internal hole diameter, this adapter delivers reliable performance in drilling, milling, and tooling applications where secure fit and high accuracy are critical. Ideal for CNC machines, manual mills, drill presses, and workshop setups requiring versatility and rugged construction.Key Features & BenefitsHigh-precision R8 to JT6 Jacobs taper adapter for reliable tool holding and adaptability.Precision ground shank with ANSI specification accuracy for superior performance and reduced runout.0.13" projection length and 0.677" internal hole diameter for broad tooling compatibility.Solid construction for durability and long service life in machining operations.Easy to install, non-through coolant design suitable for general machining setups.ApplicationsPerfect for machinists, fabricators, and tooling professionals who need to adapt R8 spindles to JT6 Jacobs taper tooling in CNC mills, manual machines, and drill presses. Enhances flexibility and tooling options for precision drilling and machining tasks.

• Precision R8 to JT6 Jacobs taper adapter engineered for robust tooling integration in milling and drilling applications.
• Precision ground R8 shank meets or exceeds ANSI tolerance standards for minimal runout and improved tool life.
• 0.13" projection with 0.677" hole diameter provides compatibility with a wide range of JT6 tapered tooling.
• Heavy-duty construction delivers reliable performance and durability in demanding CNC and manual machining environments.
• Ideal accessory for machinists needing versatile tool holding solutions without through-coolant capabilities.