Please Choose Your Language
 |
CNC Milling Insert- RP/Se/Sp
NEK
1
1
Cubic Boron Nitride
Car
1 Box- 10 PCS
CNC Tool
| Quantity: | |
|---|---|
The WNMU080608EN milling insert is a state-of-the-art indexable carbide tool engineered for high-efficiency face milling and shoulder milling operations. Featuring a unique negative rake geometry and eight cutting edges, this insert maximizes cost-effectiveness while delivering consistent performance in demanding machining conditions. Its specialized design caters to heavy roughing and semi-finishing tasks across materials like hardened steel, cast iron, and superalloys. The WNMU080608EN complies with ISO 1832 standards, ensuring compatibility with mainstream milling tool holders and CNC machines.
1. Eight-Cutting-Edge Design: Doubles tool life compared to standard inserts, reducing replacement frequency and downtime.
2. Negative Rake Geometry: Enhances rigidity for aggressive material removal rates (MRR) up to 350 cm³/min in steel.
3. Chipbreaker Technology: A 3D wave-shaped chipbreaker optimizes chip flow, preventing entanglement and improving surface quality.
4. High-Temperature Resistance: A proprietary AlTiN (Aluminum Titanium Nitride) coating provides oxidation resistance up to 1,200°C, ideal for dry or high-speed milling.
5. Versatile Clamping System: The double-sided clamping mechanism ensures secure mounting, minimizing vibration during high-feed operations.
The WNMU080608EN is widely utilized in industries requiring robust material removal capabilities:
· Mold & Die Manufacturing: Machining large-scale injection molds and stamping dies from tool steels (e.g., H13, P20).
· Heavy Machinery: Face milling cast iron components for construction equipment, such as gearboxes and engine blocks.
· Energy Sector: Processing turbine casings and generator parts from nickel-based alloys (Inconel 718, Hastelloy).
· Transportation: Producing rail components and truck chassis parts with high dimensional accuracy.
With its ability to handle depths of cut up to 6 mm and feed rates of 0.3–0.5 mm/tooth, this insert significantly boosts productivity in large-part manufacturing.
The WNMU080608EN milling insert is a state-of-the-art indexable carbide tool engineered for high-efficiency face milling and shoulder milling operations. Featuring a unique negative rake geometry and eight cutting edges, this insert maximizes cost-effectiveness while delivering consistent performance in demanding machining conditions. Its specialized design caters to heavy roughing and semi-finishing tasks across materials like hardened steel, cast iron, and superalloys. The WNMU080608EN complies with ISO 1832 standards, ensuring compatibility with mainstream milling tool holders and CNC machines.
1. Eight-Cutting-Edge Design: Doubles tool life compared to standard inserts, reducing replacement frequency and downtime.
2. Negative Rake Geometry: Enhances rigidity for aggressive material removal rates (MRR) up to 350 cm³/min in steel.
3. Chipbreaker Technology: A 3D wave-shaped chipbreaker optimizes chip flow, preventing entanglement and improving surface quality.
4. High-Temperature Resistance: A proprietary AlTiN (Aluminum Titanium Nitride) coating provides oxidation resistance up to 1,200°C, ideal for dry or high-speed milling.
5. Versatile Clamping System: The double-sided clamping mechanism ensures secure mounting, minimizing vibration during high-feed operations.
The WNMU080608EN is widely utilized in industries requiring robust material removal capabilities:
· Mold & Die Manufacturing: Machining large-scale injection molds and stamping dies from tool steels (e.g., H13, P20).
· Heavy Machinery: Face milling cast iron components for construction equipment, such as gearboxes and engine blocks.
· Energy Sector: Processing turbine casings and generator parts from nickel-based alloys (Inconel 718, Hastelloy).
· Transportation: Producing rail components and truck chassis parts with high dimensional accuracy.
With its ability to handle depths of cut up to 6 mm and feed rates of 0.3–0.5 mm/tooth, this insert significantly boosts productivity in large-part manufacturing.
