R8 Bridgeport Toolholders
11 από 11 products
R8 to Morse Tapers
R8 Tapers in Drill Chucks
R8 Bridgeport Milling Cutter Shank for ER Collet
R8 Bridgeport Milling Cutter Arbor with ER Collets Set
Automatic Drill Chucks with Integrated R8 Taper
The integrated taper, whether for a milling cutter in NT BT R8, or for a lathe in Morse, offers much better concentricity.
R8 Milling Head Cones Bridgeport
R8 Cones for VBH - VBHU Type Boring Heads
R8 Taper for VBC Type Boring Heads
Side Milling Taper R8
It also takes side milling cutting discs
Right Angle Head R8
Used on Vertical Milling Machine to make horizontal work. Rigidity constructed suitable for horizontal cutting. The clamping bushing to suit m...
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Horizontal Milling Attachment R8
Special dovetail degree also can be supplied... please notify. VHA-TYPE includes right angle head, long horizontal arbor, and breaker. VHA-R-8...
View full detailsR8 Bridgeport toolholders are spindle tooling interfaces designed for Bridgeport-style milling machines equipped with an R8 taper. They are used to securely clamp and drive cutting tools—such as end mills, drills, and milling arbors—while maintaining proper alignment, repeatability, and rigidity during machining operations.
This collection features Vertex options focused on precise machining and robust construction. You’ll find multiple R8 toolholder types, including collet holders, drill chucks, shell/end mill arbors, and extensions, with specifications aimed at low runout and dependable clamping. Choosing the right R8 holder helps improve surface finish, reduce chatter, and support consistent results, especially under higher cutting loads.
These toolholders are widely used by machinists, maintenance technicians, and production teams working with manual mills and general-purpose machine tools. Typical applications include job shops, toolrooms, part manufacturing, and repair work where reliable tool retention and stable performance are essential.




























































































































































































































































































































































































































