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Brand Name: | AMG |
MOQ: | 3-10PCS |
Packaging Details: | Plastic tube |
Payment Terms: | T/T/Credit Card |
Attribute | Value |
---|---|
Name | Carbide Boring Tool |
Material | Carbide |
Coating | TiN coating |
Shank diameter | 4-8mm |
Origin | Jiangsu China |
Compatibility | Suitable for various materials |
Size | Various sizes available |
Hardness | HRC 91-93.5, HRA 91-93.5 |
Color | GOLD |
Workpiece Material | Steel/Stainless/Cast Iron/Aluminium |
A Carbide Internal ID (Inside Diameter) Micro Grooving Tool is a precision cutting tool designed for creating extremely small grooves, channels, or undercuts on the interior surfaces of holes or bores in machined components. These tools are engineered for high-precision applications where tight tolerances and fine surface finishes are critical.
Problem: Micro grooves trap chips, causing recutting, tool wear, or workpiece damage.
Solution: High-pressure coolant (70+ bar) flushes chips out efficiently.
Example: In stainless steel, coolant-through tools reduce chip welding by 80%.
Heat Reduction: Direct coolant flow lowers cutting temperatures by 30-50%.
Data: Tools with coolant last 3-5× longer in titanium vs. non-coolant versions.
Coolant prevents built-up edge (BUE), enabling Ra < 0.4 µm finishes in aluminum.
Critical for medical implants (Ti6Al4V) and aerospace seal grooves.
Coolant pressure maintains performance at 8-10×D reach (vs. 4-5×D without coolant).
Application: Fuel injector grooves in Ø3mm holes at 20mm depth.
Reduces manual intervention (no frequent pecking required).
Case Study: Automotive O-ring groove production saw 60% fewer rejects after switching to coolant-through tools.