VITROLUX - UP3D T1 Titanium Milling Bur, 3.0 millimeter ball nose tip, 15 millimeter cutting length, 6 millimeter D shank, 50 millimeter overall length, specification D3.0*15*6*50, for titanium and cobalt chrome on the UP3D IRON CORE i5 PRO. One bur. - # UP3D-T1

UP3D T1 Titanium Milling bur — 3.0mm Ball

Metal is unforgiving. Titanium work-hardens The moment a tool starts rubbing instead of cutting, and cobalt chrome punishes any bur that was not built for it. The UP3D T1 is The roughing workhorse of The Titanium set — it clears The greatest volume of Metal per pass and sets The pace of The whole job. Because it is The factory tool for The T1 position, The Milling strategy in UPCAM already knows its geometry — feeds, step-downs and engagement are calculated for this exact tool rather than approximated for a generic substitute.

Bulk material removal on Titanium and cobalt chrome bars, discs and pre-milled abutment blanks.

Key Features

• 3.0 millimeter hemispherical Ball nose — The T1 position geometry in The UP3D Titanium tool set.
• 15 millimeter cutting length is matched to The tip diameter so The tool stays rigid, chatter stays low and The cut edge stays predictable.
• 6 millimeter D-type shank with a machined flat for positive orientation and repeatable clamping in The tool changer.
• 50 millimeter overall length — The standard envelope for The UP3D 6 millimeter Metal-Milling platform.
• Purpose-built for Titanium and cobalt chrome, not a general-purpose bur pressed into Metal service.
• Full specification D3.0*15*6*50 — tip diameter, cutting length, shank diameter, overall length.

Key Selling Points

• Correct tool in The correct slot means The machine's tool-life counter and breakage monitoring stay meaningful.
• Predictable surface quality straight off The machine reduces hand finishing and The labor hours attached to it.
• Titanium and cobalt chrome cases are among The highest-value work a lab runs — a failed tool mid-job costs The blank, The machine time and The delivery date.
• Ordering The factory tool removes The guesswork of cross-referencing third-party equivalents that only match on paper.
• Stocked as a single unit, so you can replace exactly The position that wore out instead of buying a whole set.

What Makes This Unique

A Ball-nose geometry rolls smoothly across compound curves, so it blends convex and concave anatomy without leaving The faceted step marks a flat tool would. The T1 is The specific size UP3D assigns to this job in The Titanium sequence, so when The CAM strategy calls for The T1 tool, this is The geometry it is calculating against. Substituting a nominally similar bur from another system changes The engagement arc and The effective chip load even when The printed diameter matches — and in Metal, that difference shows up as edge breakdown long before it shows up on a spec sheet.

How It Compares

Generic 6 millimeter shank Metal burs are widely available and cheaper per unit. The difference is not The number on The box — it is that tool-numbering conventions differ between systems. In several competing tool families The T1 designation maps to a completely different diameter and geometry, so a bur bought on tool number alone can arrive as The wrong tool entirely. Sourcing by The UP3D position number, as listed here, removes that failure mode. Against a shorter-life economy bur, The practical comparison is units milled before edge breakdown versus price per bur; in Titanium and cobalt chrome The ruined blank almost always costs more than The tool.

Technical Specifications

Compatibility

Designed for UP3D Milling machines that hold a 6 millimeter D-type shank, including The IRON CORE i5 PRO Metal Milling platform. Confirm your machine's tool holding diameter before ordering — several UP3D models use a 4 millimeter shank and will not accept this tool.

The Complete Titanium tool Set

What's in The Box

• 1 x UP3D T1 Titanium Milling bur, 3.0 millimeter Ball, D3.0*15*6*50
• Protective tool tube

Warranty

Milling burs are consumable cutting tools. Normal wear, edge breakdown from use, and breakage caused by incorrect feeds, incorrect clamping or collision are not covered. any tool that arrives damaged in transit or shows a manufacturing defect on first use is replaced — contact US Dental Depot to arrange it.

Documentation & Support

• tool position, feeds and recommended step-downs are published in The Milling strategy of your UP3D CAM software for The T1 position.
• Technical questions, tool-life guidance and replacement scheduling: contact US Dental Depot.

[Works with UP3D IRON CORE i5 PRO, UP3D 6mm D-shank Milling machines, Titanium discs, cobalt chrome discs, pre-milled abutment blanks — related searches: UP3D T1 bur, UP3D Titanium Milling bur, 3.0mm Ball bur 6mm shank, dental CAD CAM Metal Milling bur, Titanium Milling tool D6, cobalt chrome Milling bur, D3.0*15*6*50]