精密フライスカッター,あらゆる材料を加工するCNC用の切削工具
A Face Milling Cutter is a specialized milling tool designed for high-precision flat surface machining in metalworking. Ideal for CNC machines and milling equipment, it efficiently processes metal plates, molds, and mechanical components across industries like aerospace, 自動車, and general manufacturing
Key Features of Industrial-Grade Milling Solutions
- Highly rigid structural design
- Multi-material adaptability
- Intelligent heat dissipation coating
- Modularized tool combination
- Full working condition stability
- Long life wear resistance
- Precise dynamic balance calibration
- Multi-scenario parameter customization.
Face Milling Cutter Selection Guide: Best Tools for Different Materials & アプリケーション
（1）Metal Material Processing
Pre-hardened Steel
Recommended tools: Carbide milling cutters (e.g., APMT1604 inserts) or high-hardness steel coated milling cutters (HRC70 grade)
-Best for: Grooving operations (slot milling cutters), profiling (ボールノーズエンドミル)
Stainless Steel/Mold Steel/Heat-Resistant Steel
Top choices: TiAlN-coated milling cutters (heat-resistant, anti-adhesion) or CBN cutters (high hardness, wear-resistant)
Cast iron tip: Use coarse-tooth milling cutters to reduce cutting heat generation
Copper, Aluminum & Non-Ferrous Metals
Recommended: Uncoated carbide milling cutters (prevents chemical reactions with coatings)
Pipe processing: High-speed steel saw blade milling cutters (produces smooth, burr-free cuts)
Steel Plates/Tubes
General use: Carbide milling cutters (e.g., side-and-face cutters, indexable milling cutters)
Cutting operations: Saw blade milling cutters recommended (0.1-23mm thickness, customizable)
（2）Non-Metal Material Processing
Wood/Plastics：
Roughing: Helical coarse-tooth cutters (high chip removal efficiency)
Finishing: Fine-tooth milling cutters
FRP composites: Carbide-coated milling cutters (minimizes fiber delamination)
Plastics Best options: HSS or carbide milling cutters (prevents material melting from heat)
(3)Common Machining Operations:
溝 加工
Specialized tools: Slotting cutters (HSS or carbide)
Deep slots: Saw blade milling cutters with relief angle design (reduces friction)
Drilling
High-performance: Carbide drill bits (high speed, low feed rate)
Precision work: CNC multi-axis machining (±0.001 inch tolerance)
Profiling
Versatile tools: End mills (peripheral and face cutting edges)
Complex surfaces: Ball nose end mills
Advanced capability: 5-axis CNC milling machines (A/B rotary axes)
(4) Milling Cutter Applications Across Industries
As precision cutting tools, milling cutters play vital roles in:
- Automotive Manufacturing: Engine components, aluminum alloy parts
- Aerospace: Titanium alloys, high-temperature superalloys
- Mold & Die Making: Cavities, parting surfaces
- Electronics (3C): Smartphone casings, micro-components