Product Details
0.1mm Tip 2 Flute Carbide Tapered Engraving Cutter Micro CNC
Engraver for Fine Lettering PCB
Introduction:
Our 0.1mm Tip 2-Flute Carbide Tapered Engraving Cutter is a precision micro-tool designed for ultra-fine detailing, micro-engraving, and precision PCB work. Engineered with solid micro-grain tungsten carbide, this ultra-fine cutter maintains exceptional rigidity despite its
miniature size. The 2-flute tapered design provides optimal chip clearance while allowing crisp, clean lines in the most delicate engraving applications. Perfect for CNC engraving machines, PCB milling, and jewelry manufacturing, this tool delivers unmatched precision for micro-scale work.
Features:
✔ 0.1mm Ultra-Fine Tip – Enables hairline engraving (0.05mm line width achievable)
✔ 2-Flute Tapered Geometry – Superior chip evacuation vs single-flute designs
✔ Premium Micro-Grain Carbide – Japanese-grade substrate resists breakage
✔ Multiple Taper Angles – 15° (extra fine), 30° (standard), 45° (durable)
✔ Precision Ground Cutting Edges – ±0.002mm runout for consistent performance
✔ CNC & Manual Compatible – Works with high-speed spindles (60,000+ RPM)
Advantages:
✅ Unmatched Precision – Sub-0.1mm detail resolution
✅ Extended Tool Life – Carbide construction 5× more durable than HSS
✅ Reduced Chip Clogging – 2-flute design clears micro chips effectively
✅ Versatile Performance – From soft plastics to hardened steels
✅ Anti-Vibration Design – Special neck geometry minimizes deflection
Application:
✓ PCB Substrates (FR4, aluminum-backed)
✓ Metals (aluminum, brass, stainless steel marking)
✓
Company Profile
CHANGZHOU AMG PRECISION TOOL MANUFACTURING CO., LTD. is a leading manufacturer and solution provider specializing in
high-performance carbide cutting tools for precision CNC machining
applications. With a strong commitment to innovation and quality,
we design and produce an extensive range of standard and custom
cutting tools, including carbide drill bits, end mills, reamers,
and complex non-standard forming tools tailored to meet the most
demanding machining challenges.