CECS OF CT LLC-Distributor for Aerospace Manufacturing & Metalworking Industrial Tools reposted this
Do not throw-away money for top brand carbide roughing end mills. Try our end mill to get same performance. Hundreds of repeated customer. ☎ Phone: 401-490-1141 📧 e-mail: sales@cecs.us 🔗 Website: www.cecs.us 🔗 e-Commerce site: https://store.cecs.us 🔗eBay Store: https://lnkd.in/eaTJCa8J ✳ Carbide Roughing End Mill - Standard Length ✳ Carbide Roughing End Mill - Long Length ✳ Variable Helix Carbide Heavy Duty Roughing End Mill - Stub Length ✳ Variable Helix Carbide Heavy Duty Roughing End Mill - Standard Length 🔻 Application : ✔ Carbon Steel ✔ Tool Steel ✔ Titanium ✔ Stainless Steel ✔ Nickel Based Alloy ✔ Cobalt Alloy 📌 Fine-Pitch Carbide Roughers: These carbide rougher's are designed with proprietary knuckle geometry. This design maximizes strength at the cutting edge to remove the maximum amount of material with minimal vibration or chatter. This tool works well for hardened steels, titanium, Inconel and other space age materials while milling faster than conventional finishing end mills 📌 Variable-Helix (VH) Heavy Duty Carbide Roughers: The ultimate “HD Carbide Rougher” has the same proprietary knuckle geometry, and then we added our unique variable helix geometries. This design takes this tool to the next level of high material removal rates. This tool is designed to remove the maximum amount of material with minimal vibration or chatter. These tools are excellent for slotting and profiling while reducing cycle time and extending the life of the tool. This tool works well for hardened steels, titanium, Inconel and other space age materials while milling faster than conventional roughing end mills. 📍 AlTiN (Aluminum Titanium Nitride) Properties: Good lubricity and exceptional heat resistance. Applications: Carbon Steels, Alloy Steels, Tool Steels, Ni Alloys, Ti Alloys, 300 / 400 PH Stainless. Recommended for: Stainless steels, Ni alloys, Ti alloys, & other high temperature alloys.