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AV3 SERIES
Aluminum 3FL V-Notch RampMill
catagoryImagePATENT PENDING
     The AV3 RampMill is the fastest way to machine Aluminum. When used in conjunction with controlled engagement toolpaths and trochoidal paths, it achieves the highest Material Removal Rate (MRR) possible by a solid carbide tool and the Patent Pending coolant hole extends tool life exponentially. By ramping at 5-9 times greater angles than an endmill, the RampMill can enter material by helically ramping holes nearly as fast as they can be drilled. By making entry into the middle of the pocket, retract cutter path (air time) is greatly reduced and peak MRR can be achieved, drastically reducing cycle times.
  • Outperforms All Other Tools In Controlled Engagement Toolpaths.
  • The RampMill's Patent Pending Features Are Engineered Specifically For Controlled Engagement Toolpaths.
  • RampMill End Geometry Allows For Ramping At 12-17 Degrees In Aluminum.
  • Core Designed For Optimum Strength To Handle The Highest Tool Loads.
  • Truncated Radius Adds Corner Strength While Avoiding The Wear Points Of A traditional Radius.
  • Center Through-Coolant Hole Delivers Coolant Or Air To Blast Chips Away, Eliminating Re-Cutting And Skyrocketing Tool Life And Productivity.
Image 4
How To Build Your 16 Digit Part Number
First6 Middle6 End Geo Coolant Hole Coating = Part # to Order
AV0187 34E001 T3 0 0 AV018734E001T300
Image 5

First 6 Middle 6   End Geometry Pick 1 Pick 1
GEO FL,LOC,   Stk/Std Roughing
*T.Rad
Coolant Hole Coating
& DIA# & LBS# DIA FL# LOC LBS OAL None Center None
AV0187 34E001 0.187 3 0.187 0 2.000 T3

(.015)
0 C 0
35M001 0.187 3 0.281 0 2.000
36W001 0.187 3 0.375 0 2.000
384001 0.187 3 0.468 0 2.000
39C001 0.187 3 0.562 0 2.000
3AK001 0.187 3 0.656 0 2.000
3BU003 0.187 3 0.750 0 2.500
AV0250 358001 0.250 3 0.250 0 2.000 T6

(.030)
0 C 0
36W001 0.250 3 0.375 0 2.000
38I001 0.250 3 0.500 0 2.000
3A6001 0.250 3 0.625 0 2.000
3BU003 0.250 3 0.750 0 2.500
3CA003 0.250 3 0.875 0 2.500
3CS005 0.250 3 1.000 0 3.000
AV0312 362001 0.312 3 0.312 0 2.000 T6

(.030)
0 C 0
384001 0.312 3 0.468 0 2.000
3A6003 0.312 3 0.625 0 2.500
3BY003 0.312 3 0.781 0 2.500
3CI003 0.312 3 0.937 0 2.500
3D2005 0.312 3 1.100 0 3.000
3DG005 0.312 3 1.250 0 3.000
AV0375 36W001 0.375 3 0.375 0 2.000 T6

(.030)
0 C 0
39C003 0.375 3 0.562 0 2.500
3BU003 0.375 3 0.750 0 2.500
3CI003 0.375 3 0.937 0 2.500
3D4005 0.375 3 1.125 0 3.000
3DM005 0.375 3 1.312 0 3.000
3E6005 0.375 3 1.500 0 3.000
AV0437 37Q004 0.437 3 0.437 0 2.750 TC

(.060)
0 C 0
3AK004 0.437 3 0.656 0 2.750
3CA005 0.437 3 0.875 0 3.000
3D2005 0.437 3 1.100 0 3.000
3DM007 0.437 3 1.312 0 3.500
3EA007 0.437 3 1.550 0 3.500
3EW009 0.437 3 1.750 0 4.000
AV0500 38I003 0.500 3 0.500 0 2.500 TC

(.060)
0 C 0
3BU005 0.500 3 0.750 0 3.000
3CS005 0.500 3 1.000 0 3.000
3DG005 0.500 3 1.250 0 3.000
3E6007 0.500 3 1.500 0 3.500
3EW007 0.500 3 1.750 0 3.500
3FK009 0.500 3 2.000 0 4.000
* These tools are stocked with a patent pending truncated roughing radius, which is not suitable for finished radius tolerances.