Flat Nose Single Flute Spiral Bit for Acrylic, MDF and Compression Materials (DLC Coating)

A high-precision solid carbide CNC router bit designed for clean cutting and efficient chip removal when machining acrylic, MDF, wood, plastics, and composite materials. Featuring a DLC coating and single flute spiral design, it delivers smooth cutting performance with excellent durability.

Key Features

• Single Flute Spiral Design
  Optimized for efficient chip evacuation, smoother cutting, and reduced heat buildup.
• DLC Coating
  Diamond-Like Carbon coating improves wear resistance, reduces material sticking, and enhances tool lifespan.
• High Precision Manufacturing
  Precision ground and polished with tolerance of ±0.005 mm for accurate machining results.
• Sharp Cutting Edge
  Designed for clean cuts with minimal burrs during up and down spiral machining.
• Large Chip Removal Slot
  Improves cutting efficiency and allows smoother material removal at higher speeds.
• High Durability
  Made from premium micro-grain solid carbide for excellent rigidity, abrasion resistance, and temperature resistance.

Important Note

• The actual cutting diameter is intentionally designed approximately 0.05 mm smaller than the marked diameter. This is part of the tool design and not a manufacturing error.

Specifications

• Type: Single Flute Spiral Solid Carbide End Mill
• Grade: AAAAA
• Material: High-quality micro-grain solid carbide
• Shank Diameter Options: 3.175 mm / 4 mm / 5 mm / 6 mm
• Coating: DLC (Diamond-Like Carbon)
• Tolerance: ±0.005 mm

Recommended Materials

Best suited for:

• Acrylic
• MDF
• Compression boards

Also suitable for:

• Particle board
• PVC
• Resin
• Plastics
• Chipboard
• Composite board
• Melamine board
• Solid wood
• Plywood
• Natural wood panels

Compatible Machines

Suitable for CNC routers, woodworking machines, engraving machines, and advertising CNC systems.

Applications

Ideal for acrylic cutting, woodworking, sign making, cabinet production, plastic machining, and precision CNC routing applications requiring smooth surfaces and efficient cutting performance.