Kyocera MEC050R-17-4T-M Face Milling Cutter – THC03422
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The Kyocera MEC050R-17-4T-M is a high-performance indexable face milling cutter designed for efficient material removal and precision surface finishing. Engineered for stability and smooth cutting action, this cutter is ideal for general milling, shoulder milling, and face milling applications across a wide range of materials.
Featuring a 50mm cutting diameter and 4-insert configuration, this milling cutter delivers excellent balance between productivity and surface finish. Its rigid body construction and optimized insert geometry ensure reduced cutting forces, improved chip evacuation, and consistent machining performance in demanding CNC environments.
Key Features & Benefits
- Designed for face milling, shoulder milling, and general machining applications
- 50mm cutting diameter for efficient material removal
- 4 insert pockets for stable and balanced cutting performance
- Compatible with BDMT 17 insert series
- 90° cutting edge angle for precise shoulder milling
- Internal coolant supply for improved tool life and chip evacuation
- Optimized rake angles for reduced cutting resistance
- Rigid cutter body enhances stability and minimizes vibration
- Suitable for steel, alloy steel, and general machining materials
Technical Specifications
- Part Number: MEC050R-17-4T-M
- Item Number: THN03422
- Product Type: Face Milling Cutter
- Cutting Diameter (DC): 50 mm
- Number of Inserts: 4
- Insert Compatibility: BDMT 1704 series
- Overall Length (OAL): 40 mm
- Height: 40 mm
- Bore Diameter (DCON): 22 mm
- Cutting Edge Angle: 90°
- Clearance Angle: 15°
- Maximum Depth of Cut: 15.7 mm
- Recommended Depth of Cut: 3 mm
- Rake Angle (Radial): -7°
- Rake Angle (Axial): 19°
- Inscribed Circle (IC): 9.6 mm
- Corner Radius: 0.8 mm
- Insert Thickness: 4.9 mm
- Maximum Speed: 17,000 RPM
- Keyway Width: 10.4 mm
- Keyway Depth: 6.3 mm
- Hand: Right
- Internal Coolant: Yes
Kyocera’s MEC series face mills are engineered for high-efficiency machining, offering excellent surface finish, reduced cutting forces, and reliable tool life. Designed for modern machining environments, they provide consistent performance in both roughing and finishing operations.