Introducing the Dormer's multi-application MC-X solid carbide end mills cutters that are manufactured from micro-grain, high-quality carbide to provide increased hardness and toughness for excellent wear-resistance and long tool life. The flute geometry of the 4 flute cutters is capable of contouring (semi-finishing and finishing), profile milling, ramping and slotting operations. All the cutters are centre cutting and have a robust chamfer design on the end teeth to reduce chipping, particularly important on materials with low machinability. As the MC-X cutters are multi-application one tool can be used in many different materials, which helps to further reduce costs and inventory. Flutes designed for optimum tool life, good swarf evacuation and continuous, trouble-free machining operation.

Dormer S904 series MC-X Carbide 4 Flute End Mills are available in a range of sizes from 2 mm to 20 mm:
• S904 CARBIDE End Mill 2.0 mm - 666-6681
• S904 CARBIDE End Mill 2.5 mm - 666-6690
• S904 CARBIDE End Mill 3.0 mm - 666-6693
• S904 CARBIDE End Mill 4.0 mm - 666-6697
• S904 CARBIDE End Mill 5.0 mm - 666-6707
• S904 CARBIDE End Mill 6.0 mm - 666-6700
• S904 CARBIDE End Mill 7.0 mm - 666-6704
• S904 CARBIDE End Mill 8.0 mm - 666-6713
• S904 CARBIDE End Mill 9.0 mm - 666-6716
• S904 CARBIDE End Mill 10.0 mm - 666-6710
• S904 CARBIDE End Mill 12.0 mm - 666-6729
• S904 CARBIDE End Mill 14.0 mm - 666-6722
• S904 CARBIDE End Mill 16.0 mm - 666-6726
• S904 CARBIDE End Mill 18.0 mm - 666-6735
• S904 CARBIDE End Mill 20.0 mm - 666-6738
• Micrograin carbide, with high hardness and toughness properties, for excellent wear resistance and long tool life
• Reinforced end teeth to reduce chipping, particularly important on materials with low machinability
• Flutes designed for good swarf evacuation and a continuous, trouble-free machining operation
• 30o right-hand helix
• Stable design for contouring (semi-finishing and finishing), ramping and slotting operations
• Bright finished surface
• Multi-application – one tool for milling in many materials, with the added benefit of reduced inventory