Addison 3.00 - 20 mm Solid Carbide End Mills With Centre Cutting
Price Range: ₹868 to ₹16,992
Type Of Product: Solid Carbide End Mills
Diameter (mm): 3.00 - 20 mm
Working Length (mm): 12 - 38 mm
Total Length (mm): 38 - 100 mm
Material: Coated
Models in the Addison 3.00 - 20 mm Solid Carbide End Mills With Centre Cutting range
| SKU | Body Dia | Shank Dia | Working Length (mm) | Total Length (mm) | Price | Add to cart |
|---|---|---|---|---|---|---|
| CU.SO.CA.00149 | 3.00 mm | 3.00 mm | 12 mm | 38 mm | Was ₹1,579₹868 inclusive of GST Save 45% | |
| CU.SO.CA.00150 | 4.00 mm | 4.00 mm | 14 mm | 50 mm | Was ₹2,077₹1,142 inclusive of GST Save 45% | |
| CU.SO.CA.00151 | 5.00 mm | 5.00 mm | 16 mm | 50 mm | Was ₹2,609₹1,435 inclusive of GST Save 45% | |
| CU.SO.CA.00152 | 6.00 mm | 6.00 mm | 19 mm | 56 mm | Was ₹2,713₹1,492 inclusive of GST Save 45% | |
| CU.SO.CA.00153 | 7.00 mm | 7.00 mm | 19 mm | 63 mm | Was ₹3,261₹1,794 inclusive of GST Save 45% | |
| CU.SO.CA.00154 | 8.00 mm | 8.00 mm | 20 mm | 63 mm | Was ₹3,296₹1,813 inclusive of GST Save 45% | |
| CU.SO.CA.00155 | 9.00 mm | 9.00 mm | 22 mm | 75 mm | Was ₹4,790₹2,635 inclusive of GST Save 45% | |
| CU.SO.CA.00156 | 10 mm | 10 mm | 22 mm | 75 mm | Was ₹5,579₹3,068 inclusive of GST Save 45% | |
| CU.SO.CA.00157 | 11 mm | 11 mm | 25 mm | 75 mm | Was ₹7,174₹3,946 inclusive of GST Save 45% | |
| CU.SO.CA.00158 | 12 mm | 12 mm | 25 mm | 75 mm | Was ₹7,483₹4,116 inclusive of GST Save 45% | |
| CU.SO.CA.00159 | 14 mm | 14 mm | 32 mm | 89 mm | Was ₹13,421₹7,382 inclusive of GST Save 45% | |
| CU.SO.CA.00160 | 16 mm | 16 mm | 32 mm | 89 mm | Was ₹14,193₹7,806 inclusive of GST Save 45% | |
| CU.SO.CA.00161 | 18 mm | 18 mm | 38 mm | 100 mm | Was ₹22,012₹12,107 inclusive of GST Save 45% | |
| CU.SO.CA.00162 | 20 mm | 20 mm | 38 mm | 100 mm | Was ₹30,894₹16,992 inclusive of GST Save 45% |
Addison 3.00 - 20 mm Solid Carbide End Mills With Centre Cutting
Micro Grain Solid carbide drills are a great option for excellent process security, manufacturing economy, and good hole quality. They provide the best combination of penetration rate and precision.