ChipLoad

Bits › 5.0mm drill bit › melamine

drill bit profile illustration5.0mm drill bit: melamine

Other materials: acrylic · baltic birch plywood · dense hardwood (maple, oak) · epoxy resin · hardwood · hdpe / uhmw · mdf · softwood

Same material, other bits: all melamine settings

Manufacturer / bitMachine classRPMFeed IPMChip load (in)Source
High Country Tools PT-145hobby-ultralight1200021.50.00089source
High Country Tools BP-145hobby-ultralight1200021.50.00089source
High Country Tools PT-145hobby-light1800050.10.00139source
High Country Tools BP-145hobby-light1800050.10.00139source
High Country Tools PT-145hobby-rigid1800071.50.00199source
High Country Tools BP-145hobby-rigid1800071.50.00199source
High Country Tools PT-145business18000100.10.00278source
High Country Tools BP-145business18000100.10.00278source
High Country Tools PT-145industrial18000121.60.00338source
High Country Tools BP-145industrial18000121.60.00338source

FAQ

What feeds and speeds for a 5.0mm drill bit in melamine on a hobby-ultralight CNC router?
Published manufacturer data (High Country Tools) gives a chip load of 0.00089 in per tooth and a feed of 21.5 IPM (2 sourced rows). Start low and test in scrap.

What feeds and speeds for a 5.0mm drill bit in melamine on a hobby-light CNC router?
Published manufacturer data (High Country Tools) gives a chip load of 0.00139 in per tooth and a feed of 50.1 IPM (2 sourced rows). Start low and test in scrap.

What feeds and speeds for a 5.0mm drill bit in melamine on a hobby-rigid CNC router?
Published manufacturer data (High Country Tools) gives a chip load of 0.00199 in per tooth and a feed of 71.5 IPM (2 sourced rows). Start low and test in scrap.

What feeds and speeds for a 5.0mm drill bit in melamine on a business CNC router?
Published manufacturer data (High Country Tools) gives a chip load of 0.00278 in per tooth and a feed of 100.1 IPM (2 sourced rows). Start low and test in scrap.

What feeds and speeds for a 5.0mm drill bit in melamine on a industrial CNC router?
Published manufacturer data (High Country Tools) gives a chip load of 0.00338 in per tooth and a feed of 121.6 IPM (2 sourced rows). Start low and test in scrap.