Description
The 'Orange' line of tooling is designed specifically for cutting nickel-based high temperature superalloys.
The 'Striper' line is a general purpose roughing and finishing designed for machine tools with spindles reach up to 20K rpm. The design incorporates our proprietary flute surface treatment producing a high lubricity finish specially optimized to handle a wide variety of cutting conditions and our special blend of fully variable geometry (including helix, pitch, spacing, location and size).
'R' form tools are the classic end-mill shape, straight sides (flanks) with corners ranging from sharp (flat tip) to completely round (ball tip). This form is the most common of all, and good for almost everything.
| Tool Properties | ||
|---|---|---|
| Name | HAW20G2.381R1.19 | |
| EDP # | 0211041 | |
| Material | High-Temp Super-Alloys | Application | General Milling <20k RPM (Striper) |
| Form | End Mill - Ball | |
| Cutting Diameter | 0.0937" | 2.381 mm |
| Corner Radius | 0.0469" | 1.190 mm |
| Taper per Side | 0.0° | |
| Length of Cut | 0.2008" | 5.100 mm |
| Reach | 0.2008" | 5.100 mm |
| Minimum Extension | 1.1" | 27.5 mm |
| Maximum Extension | 1.6" | 41.3 mm |
| Shank Diameter h6 | 0.2500" | 6.350 mm |
| Overall Length | 2.0" | 51 mm |
| Cutting Edges | 4 | |
| Tolerance Class | h7 | |
| Cutting Parameters - Finish Point Milling | ||
| Coolant | Low Pressure | |
| Tool Extension (Stickout) | 1.0827" | 27.500 mm |
| Step Over (Radial, Ae) | 0.0050" | 0.127 mm |
| Step Down (Axial, Ap) | 0.0020" | 0.051 mm |
| Spindle Speed (S) | 6000 RPM | |
| Feed Rate (F) | 35 in/min | 900 mm/min |
| Cutting Speed (Vc) | 147 ft/min | 45 m/min |
| Cutting Parameters - Rough Point Milling | ||
| Coolant | Low Pressure | |
| Tool Extension (Stickout) | 1.0827" | 27.500 mm |
| Step Over (Radial, Ae) | 0.0050" | 0.127 mm |
| Step Down (Axial, Ap) | 0.0020" | 0.051 mm |
| Spindle Speed (S) | 5800 RPM | |
| Feed Rate (F) | 8 in/min | 200 mm/min |
| Cutting Speed (Vc) | 142 ft/min | 43 m/min |
| Mat. Removal Rate (MRR): | 0.00 in³/min | 0.01 cm³/min |