14mm HSS M2 Ripper End Mill for Aggressive Material Removal in Steel and Ferrous Alloys in Canada.
The Snail Tools HSS M2 Roughing End Mill is a specialized, heavy-duty cutting tool designed for high-volume material removal during the initial roughing stage of machining. Its specialized roughing geometry (often featuring serrations or a wave-form edge) efficiently breaks chips into small, manageable pieces. This chip breaking capability allows for deeper cuts and higher feed rates while reducing cutting forces and minimizing chatter compared to standard end mills. The robust HSS M2 material provides an excellent balance of toughness and economy for hogging and heavy-duty applications in mild steel, carbon steel, and cast iron across Ontario and the GTA.
Key Features & Roughing Efficiency
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Design: Roughing Geometry (Ripper/Hogging) – Breaks chips into small segments, which reduces cutting forces, minimizes chatter, and enables high material removal rates (MRR) for rapid stock reduction.
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Material: HSS M2 (High-Speed Steel) – A cost-effective and reliable material with good toughness, ideal for handling the high shock loads and demanding conditions of roughing.
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Dimensions: Features matching 14 mm Shank Diameter (d) and 14 mm Cut Diameter (D), with an extended 35 mm Length of Cut (B) for deep roughing passes.
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Application: Essential for rapidly reducing stock size before a final finishing pass, significantly decreasing overall machining time, especially in conventional milling setups.
Technical Specifications
| Detail | Measurement (Metric) | Measurement (Imperial Approx.) |
| Type | Roughing / Ripper | Hogging End Mill |
| Shank Diameter (d) | 14 mm | 0.551 inches |
| Cut Diameter (D) | 14 mm | 0.551 inches |
| Length of Cut (B) | 35 mm | 1.38 inches |
| Overall Length (L) | 80 mm | 3.15 inches |
| Material Grade | HSS M2 | Molybdenum High-Speed Steel |
| Code | (Please provide a product code if available, e.g., 136) | – |
Trust Snail Tools to provide the aggression and efficiency required for the rapid roughing of ferrous materials.

















