Solid End Mills

TaeguTec

Difficult-to-cut material machining

Unequal spaced cutting edges with a high helix angle means decreased vibration and increased feed rate
Excellent solution for difficult-to-cut materials such as stainless steel, titanium and inconel
Variety of corner options (Flat, Chamfer, corner R and Ball type) deliver the opportunity to cover
most machining applications with outstanding performance

New high feed solid carbide end mill

Efficient and reduces cycle time with extremely high feed machining capability
Lowers cutting forces with unique corner geometry
Designed for rough machining applications including slotting, shouldering, pocketing and helical ramping
Maximum feed per tooth 1.0 mm/tooth

New concept S/C end mill for highly effective aluminum machining

Chatter free and lower cutting load credit to unique cutting edge wave, variable helix angle and unequal spacing of cutting edges
Enables high productivity in high speed end milling of aluminum and non-ferrous materials
Optimally designed for both rough milling and finish milling

High performance solid carbide end mill for high hardness materials

Best solution for high speed machining on high-hardness materials
TT5505 : an ultra fine substrate with the latest PVD coating grade for hardness & temperature resistant properties that improve tool life and surface finish
Extensive range of end mills covering a wide range of applications
Advanced design for high speed machining on hardened materials
High precision, accurate end mills (‘R’ accuracy tolerance: ±5μm)

High material removal rates to reduce cycle times!

Unequal spacing of cutting edges eliminate vibrations even at high feed rates
Four flute, 38° helix angle with unequal spacing improves material removal rates and extends tool life
Unique chip flow geometry provides excellent chip evacuation and superior surface finish
Excellent solution for low power machines with DIN69871 30 – 40, BT30 – 40 and HSK 50-63A adaptations

Program

PVD coated end mill

Flat type

Program

HMF 2_: 2 flute miniature series – square end (0.4mm to 1.5mm diameter)
HES 2_T: 2 flute regular series – square end (1mm to 20mm diameter)
HES 4_T: 4 flute regular series – square end (2mm to 20mm diameter)
HES 2_LT: 2 flute long series – square end (3mm to 20mm diameter)
HES 4_LT: 4 flute long series – square end (3mm to 20mm diameter)
HES 2_XLT: 2 flute extended length – square end (3mm to 20mm diameter)
HES 4_XLT: 4 flute extended length – square end (3mm to 20mm diameter)
HES 2_T-R_: 2 flute series – with corner radius (3mm to 20mm diameter)
HES 4_T-R_: 4 flute series – with corner radius (3mm to 20mm diameter)
HES 2_LT-R_: 2 flute long series – with corner radius (3mm to 12mm diameter)
HES 4_LT-R_: 4 flute long series – with corner radius (4mm to 12mm diameter)
SEH 6_T: 6 flute series for hardened materials (3mm to 20mm diameter)
SEH 6_XLT: 6 flute extended length for hardened materials (6mm to 20mm diameter)

Ball nose type

Program

SMB 2_: 2 flute miniature series – ball nose (0.6mm to 1.5mm diameter)
SBE 2_S: 2 flute short series – ball nose (2mm to 20mm diameter)
SBE 2_T: 2 flute regular series – ball nose (1mm to 20mm diameter)
SBE 4_T: 4 flute regular series – ball nose (4mm to 20mm diameter)
SBE 2_LT: 2 flute long series – ball nose (2mm to 16mm diameter)
SBO 2_T: 2 flute through coolant – ball nose (6mm to 16mm diameter)
BES(S) 2,4_T: 2 and 4 flute series – spherical ball end (3mm to 16mm diameter)

The MultiMill is a two in one tool (roughing + finishing) that facilitates one pass finishing!

4 flute high helix design with two serrated and two continuous flutes. This permits running at rough milling parameters with the ability to achieve smooth surface finishes
All 4 flutes are effective simultaneously. No compromise of feed rates
Unique design enables efficient machining with good chip evacuation and reduced vibrations – even at high loads – resulting in improved tool life
The MultiMill replaces two end mills (roughing + finishing) without the need for reducing feed rates which drastically reduces machining time
Reduces tool change and set-up times
Reduces inventory costs of stocking extra tools
The MultiMill is ideally suited for machining all types of steels and gives superior performance
especially in stainless steels, titanium, inconel and other high temperature alloys

Program

For graphite machining