Micro 100
Micro 100 RNCM-040-1 Engraving Tool 90 Degrees Carbide 6.00 mm
Carbide engraving tool with a 90-degree point and 6.00 mm length of cut
- 90-degree angle creates sharp V-grooves for precise engraving
- Carbide construction resists wear for extended tool life
- Uncoated surface suits a wide range of workpiece materials
- 00 mm length of cut handles standard engraving depths
- Metric specification ensures compatibility with metric tooling systems
Engraving Tool 90 Degrees Carbide
The Micro 100 RNCM-040-1 is a single-point engraving tool made from uncoated carbide. It features a 90-degree included angle and a 6.00 mm length of cut for metric applications. This accessory fits compatible rotary holders in CNC or manual engraving setups.
For Metric 90 Degree Engraving Tasks
Machinists cutting V-grooves, lettering or chamfers at a 90-degree angle in metric programmes will find the geometry matches their toolpath. Shops that require a different included angle or an imperial shank size should select another tool.
90 Degree Included Angle
The 90-degree angle is the defining specification that determines groove profile and toolpath compatibility. Verify that your CAM post-processor and workpiece design call for this exact angle before purchasing.
Highlights
- 90-degree angle creates sharp V-grooves for precise engraving
- Carbide construction resists wear for extended tool life
- Uncoated surface suits a wide range of workpiece materials
- 00 mm length of cut handles standard engraving depths
- Metric specification ensures compatibility with metric tooling systems
Specifications
| Brand | MICRO 100 |
|---|
Questions about this item
How do I install the 6.00 mm carbide engraving tool in my machine?
Insert the 6.00 mm shank fully into a matching collet or holder, then tighten securely. The step often missed is verifying the 90-degree tip orientation before locking it down.
What maintenance will the carbide engraving tool need over time?
The uncoated carbide tip will dull with use. Plan to resharpen or replace the tool once the 90-degree cutting edges no longer produce clean lines in your material.
What limit appears first during extended engraving runs?
Heat buildup at the 90-degree carbide tip is the first constraint. Without coolant or pauses, the uncoated cutting edges lose hardness faster than the shank or holder.
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