Micro 100 BB-120600SG Boring Tool .120 .600
A C2 micrograin carbide boring tool with a .120 inch bore diameter and .600 inch depth for precision machining
- Micrograin carbide resists wear during boring
- 120 in bore diameter for small-hole work
- 600 in shank fits Micro-Quik holders
- TiN coating reduces friction at 0.0260 in depth
Boring Tool for Small-Diameter Work
The Micro 100 BB-120600SG boring tool is built for precision internal machining where a bore diameter of .120 in and a D dimension of .600 in are required. It suits machinists and toolmakers who need a rigid carbide bar for finishing passes in tight bores. The C2 micrograin carbide substrate provides wear resistance for consistent size control. This tool fits Micro-Quik tool holders for quick changeovers.
Thermals Noise and Power Draw in Normal Use
The solid carbide body conducts cutting heat toward the holder and coolant stream rather than concentrating it at the tip. No moving parts or electrical components mean the tool generates no audible noise of its own during operation. Power consumption is determined entirely by the machine spindle and the chosen cutting parameters for the specific workpiece material.
How it compares
Measured against everything we stock in Industrial Motors & Machine Parts, at today’s prices. Recalculated every night.
- Price $20.99
- Cheaper than about 76% of the 397 comparable items (median $91.99).
Specifications
| Product | |
|---|---|
| Brand name | MICRO 100 |
Questions about this item
How do I install the BB-120600SG boring tool into a Micro-Quik tool holder without damaging the .120 inch bore diameter?
Align the boring bar shank with the Micro-Quik holder collet, then tighten the collet nut evenly to secure the .120 inch bore diameter tool without over-torquing, which can distort the C2 Micrograin Carbide tip.
When will the TiN coating on the .600 inch diameter boring bar need replacement based on wear?
Replace the tool when the TiN coating wears through to the C2 Micrograin Carbide substrate, indicated by reduced cutting performance or visible coating loss on the .600 inch diameter shank during boring operations.
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