Melin Tool Company Datasheets for End Mills
End mills are widely-used, multiple-flute cutters typically used for machining metals or plastics. They are typically mounted vertically and have two-or-more helical flutes. End mills are usually configured to cut with their ends and on their sides.
End Mills: Learn more
| Product Name | Notes |
|---|---|
| 35° HELIX END MILLS 3 FLUTE, ALL LENGTHS Special helix for diffcult to machine materials such as stainless or inconel. Small corner radius for added strength and smoother cutting action. | |
| 40° HELIX END MILLS 2 AND 4 FLUTES High helix for excellent chip ejection. Higher shearing action. Used for stainless steel and exotic materials. Made from premium submicron grain carbide. | |
| 40° HELIX END MILLS BALL END, 2 AND 4 FLUTES High helix for excellent chip ejection. For radius and contouring part surfaces. Higher shearing action. Used for stainless steel and... | |
| 45° HELIX END MILLS 5 FLUTE Five flute design provides excellent cutting performance at faster feed rates. Smooth cutting action in tough to machine material with excellent chip ejection. Made... | |
| 60° HELIX END MILLS 3 FLUTE Used for stainless and high temperature alloy materials. High helix provides excellent shearing action. Made from premium submicron grain carbide. | |
| Family owned and operated since 1940, Melin Tool began as one of the early manufacturers of end mills. Today, Melin Tool continues to be a leader in offering an ever-expanding... | |
| General purpose milling in most materials of medium hardness such as steel, brass, iron, etc. | |
| Made from premium submicron grain carbide. | |
| MVB SERIES - SPHERICAL BALL END AlTiN COATED, 2 AND 4 FLUTE High performance ball nose plus end mills are used in the mold industry and have a full 220... | |
| Used for general purpose milling in most materials of medium hardness such as steel, brass, iron, etc. | |
| Used for general purpose millng in most materials of medium hardness such as steel, brass, iron, etc. | |
| Used for radius or contouring part surfaces. | |
| Used for roughing out “T” slots. | |
| 3 Flute design for lighter finishing cuts. Small corner radius for added strength and smoother cutting action. Made from premium submicron grain carbide. Available with ZrN and other coatings. See... | |
| 3 flute design will usually allow feed rates 50% faster than 2 flute tools. Used for general purpose milling in most materials of medium hardness such as steel, brass, iron,... | |
| 3 flutes usually allow feed rates 50% faster than 2 flute tools. For general purpose milling in most materials of medium and tough alloy materials such as stainless steel, nickel... | |
| 3 flutes usually allow feed rates 50% faster than 2 flute tools. For use when longer reach is required but not a longer cutting length, such as deep slots or... | |
| 3 flutes usually allow feed rates 50% faster than 2 flute tools. Used for general purpose milling in most materials of medium and tough alloy materials such as stainless steel,... | |
| 3 flutes usually allow feed rates 50% faster than 2 flute tools. Used for radius or contouring part surfaces. Can also be used in profling, slotting, key-ways and pockets. Designed... | |
| 3 flutes usually allow feed rates 50% faster than 2 flute tools. Used for radius or contouring part surfaces. Designed to cut materials including nickel base alloy, stainless, tough alloys,... | |
| A free cutting roughing end mill which will produce a smooth finish. 40° helix with eccentric relief. Small corner radius for strength Made from premium submicron grain carbide. | |
| AlTiN coated for increased tool life or nACo coated for hardened steel. High performance ball nose plus end mills are used in the mold industry and have a full 220... | |
| Can be used for drilling, slotting, chamfering, and profle milling. Available in 60, 82, and 90 degree points. Made from premium submicron grain carbide. Also available in cobalt HSS (M42)... | |
| Can be used for drilling, slotting, chamfering, and profle milling. Made from premium submicron grain carbide. | |
| Can be used for drilling, slotting, chamfering, and profle milling. Used for general purpose milling in most materials of medium and tough alloy materials such as stainless steel, nickel base... | |
| Can provide uniform finish on corners. Radius is form relieved. Made from premium submicron grain carbide. | |
| Can remove material at high roughing speeds while producing finishes close to conventional end mills, due to the chip-breaker form. Made from premium submicron grain carbide. | |
| Can remove material at high roughing speeds while producing finishes close to conventional end mills, due to the chip-breaker form. The 8% cobalt gives high edge hardness at high temperature... | |
| Corner radius allows more strength and minimizes chatter and chipping on corner especially when milling pockets. Used for general purpose milling in most materials of medium and tough alloy materials... | |
| Designed to mill chamfers and to countersink. Cobalt HSS (M42) gives high edge hardness at high temperature levels. | |
| Designed to produce a radius between a horizontal and vertical surface. Tools are formed-relieved which allows the form and size to be maintained after resharpening. | |
| Double ended for increased life while chamfering. Made from premium submicron grain carbide. | |
| Due to the finer sinusoidal form on cutting edge, finer chips are produced than coarse pitch, which are easier flushed away and reduce re-cutting and packing. A rough finish is... | |
| Due to the finer sinusoidal form on cutting edge, fner chips are produced than coarse pitch, which are easier flushed away and reduce re-cutting and packing. A rough finish is... | |
| Due to the sinusoidal form on cutting edge, small chips are produced which allow faster feed rates than conventional end mills. These tools will plunge cut. A rough finish is... | |
| Due to the sinusoidal form on cutting edge, small chips are produced which allow faster feed rates then conventional end mills. A rough finish is produced which will require a... | |
| Due to the sinusoidal form on cutting edge, small chips are produced which allow faster feed rates then conventional end mills. These tools will plunge cut. A rough finish is... | |
| Eliminate hand deburring operations and provide uniform finish. Made from premium submicron grain carbide. | |
| Excellent for slotting and profling at high speeds. Small corner radius for added strength and smoother cutting action. Made from premium submicron grain carbide. | |
| Five flute design provides excellent cutting performance at faster feed rates. Smooth cutting action in tough to machine material with excellent chip ejection. Made from premium submicron grain carbide. | |
| For aluminum and non-ferrous materials. Unique rake and clearance angles for fast removal rates. Polished single flute design. Made from premium submicron grain carbide. | |
| For applications in steel and non-ferrous materials. Made from premium submicron grain carbide. | |
| For extended reach for radius or contouring into deep slots or pockets. Neck diameter reduced by .020 for clearance. | |
| For extended reach into deep slots or pockets. Neck diameter reduced by .020 for clearance. | |
| For plastic and composite materials. Unique rake and clearance angles for fast removal rates. Polished single flute design. Made from premium submicron grain carbide. | |
| Form relieved on high strength carbide for excellent profle milling. Made from premium submicron grain carbide. | |
| General purpose - square end. Made from premium submicron grain carbide. | |
| General purpose - square end. Metric diameters with standard fractional shanks. Made from premium submicron grain carbide. | |
| General purpose milling in most materials of medium and tough alloy materials, such as stainless steel, nickel base alloy, brass, iron etc. Can be used in profling, slotting, keyways, and... | |
| General purpose milling in most materials of medium and tough alloy materials, such as stainless steel, nickel base alloy, brass, iron etc. Standard, stub, medium, long, and extra long lengths. | |
| General purpose milling in most materials of medium and tough alloy materials, such as stainless steel, nickel base alloy, brass, iron etc. Used to mill keyways to close tolerance. | |
| General purpose milling in most medium and tough alloy materials, such as stainless steel, nickel base alloy, brass, iron etc. Can be used in profling, slotting, keyways and pockets. | |
| Helix changes along flutes. For radius and contouring part surface AlTiN coated for improved tool life and increased production output. Made from premium submicron grain carbide. | |
| Helix changes along flutes. Increased stability during cutting action and substantial increases in speed. Small chamfer for added strength and smoother cutting action. AlTiN coated for improved tool life and... | |
| Helix changes along flutes. Increased stability during cutting action and substantial increases in speed. Small corner radius for added strength and smoother cutting action. AlTiN coated for improved tool life... | |
| Helix changes along flutes. Increased stability during cutting action. Small corner radius for added strength and smoother cutting action. AlTiN coated for improved tool life and increased production output. | |
| Helix changes along flutes. Increased stability during cutting action. Substantial increases in speed. Small chamfer for added strength and smoother cutting action. AlTiN coated for improved tool life and increased... | |
| Helix changes along flutes. Increased stability during cutting action. Substantial increases in speed. Small corner radius for added strength and smoother cutting action. AlTiN coated for improved tool life and... | |
| Helix changes along flutes. Small corner radius for added strength and smoother cutting action. AlTiN coated for improved tool life and increased production output. Made from premium submicron grain carbide. | |
| High performance ball nose plus end mills are used in the mold industry and have a full 220 degree arc cutting capability. Tools are stocked with a coating to optimize... | |
| High performance CVD diamond coated tools are used to machine graphite and other non-ferrous materials. Typically extend tool life by 10 to 25 times over uncoated tools when cutting various... | |
| Increased core diameter for added strength. Use for light fnishing cuts. Made from premium ultrafne grain carbide. | |
| Left hand spiral / Right hand cut Made from premium submicron grain carbide. | |
| Made from premium submicron grain carbide. | |
| Made from premium submicron grain carbide. 1/32 flat with 90 degree included angle. Necked for reach. | |
| Made from premium submicron grain carbide. In between decimal sizes (not listed) are also available. For decimal sizes not shown, allow 2 weeks for delivery. Price will be the same... | |
| nACo coated for increased tool life. For material over 50Rc. Increased core diameter for added strength. Use for light finishing cuts. Made from premium ultrafine grain carbide. | |
| NC tolerance for precision spotting. Included point angles of 82°, 90°, or 120°. Cobalt HSS (M42) material for longer tool life. | |
| Neck diameter reduced for clearance. Used to mill deep pockets or slots where long flute lengths are not needed. The solid neck area provides reach with maximum rigidity. Made from... | |
| PVD amorphous diamond coating for machining graphite and other non-ferrous materials. Cost effective alternative to CVD Diamond. Hardness GPa: 60-90 | |
| Right hand spiral / Right hand cut Made from premium submicron grain carbide. | |
| Short flute length with reduced neck for maximum rigidity. nACo coated for durability. Use air mist coolant for materials harder than RC40. Made from premium submicron grain carbide. | |
| Small corner radius for added strength and smoother cutting action. 3 Flute design for lighter finishing cuts. Made from premium submicron grain carbide. | |
| Special geometry allows for high chip loads and feed rates. Small corner radius for added strength and smoother cutting action. Excellent for slotting and profling at high speeds. Made from... | |
| Special helix for difficult to machine materials such as stainless or inconel. Small corner radius for added strength and smoother cutting action. 3 Flute design for lighter finishing cuts. Made... | |
| Special OD tolerance. Made from premium submicron grain carbide. | |
| Straight flute Available in 6, 10, 14, and 20 degrees included angles. Made from premium submicron grain carbide. | |
| These end mills have metric diameters, however, the overall length, length of cut, and shank are all inch dimensions. Used for general purpose milling in most materials of medium and... | |
| These end mills have metric diameters, however, the overall length, length of cut,and shank are all inch dimensions. Used for radius or contouring part surfaces. Materials ranging from nickel base... | |
| Use for radius and contouring part surfaces. Designed to cut materials ranging from nickel base alloy, stainless, tough alloys, abrasive and nonferrous. Made from premium submicron grain carbide. | |
| Used for general purpose milling in most materials of medium and tough alloy materials such as stainless steel, nickel base alloy, brass, iron etc. Can be used in profling, keyways,... | |
| Used for general purpose milling in most materials of medium and tough alloy materials such as stainless steel, nickel base alloy, brass, iron etc. Can be used in profling, slotting,... | |
| Used for general purpose milling in most materials of medium and tough alloy materials such as stainless steel, nickel base alloy, brass, iron etc. Not to be used for plunge... | |
| Used for general purpose milling in most materials of medium and tough alloy materials such as stainless steel, nickel base alloy, brass, iron, etc. Can be used in profling, keyways,... | |
| Used for general purpose milling in most materials of medium and tough alloy materials such as stainless steel, nickel base alloy, brass, iron, etc. Standard, stub, medium, long, and extra... | |
| Used for general purpose milling in most materials of medium hardness such as steel, brass, iron, and non-ferrous materials. Made from premium submicron grain carbide. | |
| Used for general purpose milling in most materials of medium hardness such as steel, brass, iron, and non-ferrous materials. Short flute length. High rigidity and minimal tool defection. Made from... | |
| Used for general purpose milling in most materials of medium hardness such as steel, brass, iron, etc. Tools can be used for profling, slotting, keyways, and pockets. | |
| Used for radius and conouring part surfaces. Designed to cut materials such as stainless, tough alloys, abrasive, and non-ferrous. Made from premium submicron grain carbide. | |
| Used for radius and contouring part surfaces. Designed to cut materials such as stainless, tough alloys, abrasive, and non-ferrous. Made from premium submicron grain carbide. | |
| Used for radius and contouring part surfaces. Materials ranging from nickel base alloy, stainless, tough alloys, and abrasive materials. | |
| Used for radius or contouring of part surfaces. Materials ranging from nickel base alloy, stainless, tough alloys, and abrasive materials. | |
| Used for radius or contouring part surfaces. Design to cut materials ranging from nickel base alloy, stainless, tough alloys and abrasive materials. | |
| Used for radius or contouring part surfaces. Designed to machine soft materials such as aluminum, plastic, or zinc alloys. High helix provides positive shearing action and rapid chip removal. Standard,... | |
| Used for radius or contouring part surfaces. Due to the finer sinusoidal form on cutting edge, finer chips are produced than coarse pitch, which are easier flushed away and reduce... | |
| Used for radius or contouring part surfaces. Materials ranging from nickel base alloy, stainless, tough alloys, and abrasive materials. Standard, medium, and long lengths. | |
| Used in stainless steel, titanium, Inconel and high temperature alloy materials. High helix increases length of cutting edge which reduces cutting load variation and provides excellent surface finish. | |
| Used to machine soft materials such as aluminum, plastic, or zinc alloys. High helix provides positive shearing action and rapid chip removal. Standard, medium, long, and extra long lengths. | |
| Used when a longer reach is required but not a longer cutting length, such as in deep slots or pockets. Extended unfluted neck to provide greater rigidity and to reduce... | |
| Used when a radius is permissable. Made from premium submicron grain carbide. | |
| Used when a radius is permissable. Radius gives added strength to corner. For general purpose milling in most materials of medium hardness such as steel, brass, iron, and nonferrous materials. | |
| Used when a radius is permissable. Radius gives added strength to corner. Made from premium submicron grain carbide. |