|
|
SIGNAVANT SN75
- for machining cast iron,extreme soft and free cutting through positive geometry
- SNHX-insert utilizes 8 cutting edges for economy
- large depth of cut allows high volumes of metal removal
AVANTOP VC1.1 / VC2.2
- high metal removal rates using fine pitch design
- easy indexing because of a wedge
- free and soft cutting
AVANTOP KC1.1 / KC2.2
- 8-cutting edge OFensiva1505 insert
- double clamping allows extremely high feed rates
- wedge secures insert and prevents movement
Face milling cutter SE45
- suitable for roughing and finishing with the same insert
- up to 8mm depth of cut is possible
- square insert provides stable assembling
Face milling cutter SX45
- suitabe for roughing and finishing with the same insert
- large depth of the cut <8,8mm
- double clamping provides stability and easy indexing
FINAVANT OF1.1
- new cartridge clamping system
- exact fit of the cartridge in the cutter body
- easy setting
- high precicion of radial run out and very good surface quality
Cartridge face milling cutter MSK45
- new clamping system of wedge on the tool body
- cutter body facilitates different cartridges accommodating
different insert geometries
- consistent axial and radial run out due the precision cartridges |
|
CoroMill® 245-18 is a robust cutter with large, thick inserts capable of heavy chip removal rates. This larger version of CoroMill 245-12 widens the choices available and will cover more demanding applications.
CoroMill 245-18 is light cutting making it the power-efficient first choice facemill for most ISO-P, -M and -K materials in the ISO 50 and 60 machining centres. It is capable of milling surfaces with excellent finish – particularly when used with wiper inserts.
Reinforced cutting edges for 6-8 mm deep cuts within a feed range of 0.2 up to 0.4 mm enable the cutter to mill blanks with forging scale and large variations in required depth of cut. Under favourable conditions a max cutting depth of 10 mm is achievable.
CoroMill 245-18 is available in diameters 80-250 mm as coarse, close and extra close pitch for maximum performance in different machining conditions. |
|
CoroMill 490
Sandvik Coromant has launched the first of a new generation of shoulder mills, the CoroMill 490, which reduces machining costs by up to 25 per cent. CoroMill 490 is a high-precision tool for applications where reduced depths of cut and less final machining are required, as with the near net shape precision forgings and castings used by machine shops for higher productivity. Less, but more precise, work is needed on these castings and forgings. This is possible with the four edge insert design of CoroMill 490 and reduces substantially the cost per component for customers.
CoroMill 390
A new range of damped silent tools from Sandvik Coromant is bringing substantial performance benefits to complement the existing range of long and slender CoroMill® 390 milling cutters. Integrated dampening offers more efficient, vibration free machining to improve the performance of cutting tools working in deep cavities and pockets. The stabilization of the machining process in this way provides wider machine utilization for face and shoulder milling, especially in long overhangs and will boost the capabilities of long reaching tools.Reducing vibration in often tricky situations provides the confidence needed to increase the cutting parameters without compromising work piece quality. This enables the achievement of greater machining success with the CoroMill® 390 - including improved component surface finish and longer tool life. |
|
End Mills
Unequal Helix, for Stainless Steel and exotic alloys
Cutters for Aluminium
Suitable for High Speed Machining |
|
| Among the standard 1D/2D/3D millig cutter systems Kieninger is a specialist for machining aluminium and plastics with PCD and hardened steel or cast iron with CBN. |
|
CoroMill 245 is the most versatile facemill on the market. It offers an opportunity to reach the best productivity for each specific type of operation - just by combining the most suitable cutter pitch with the most relevant insert geometry and grade.
CoroMill 245 is the first choice cutter for versatile facemilling.
|
|
V590 Square Shoulder Mills
The V590 has positive top-form geometry inserts to create lower cutting forces. The cutters are designed to generate a true 90° square shoulder, eliminating secondary operations saving time and improving efficiency. Coolant through holes on end mills is standard and large chip gullets ensure efficient chip evacuation. The V590 is ideal for ramping and helical interpolation operations as well. |
|
CoroMill® 245-18 is a robust cutter with large, thick inserts capable of heavy chip removal rates. This larger version of CoroMill 245-12 widens the choices available and will cover more demanding applications.
CoroMill 245-18 is light cutting making it the power-efficient first choice facemill for most ISO-P, -M and -K materials in the ISO 50 and 60 machining centres. It is capable of milling surfaces with excellent finish – particularly when used with wiper inserts.
Reinforced cutting edges for 6-8 mm deep cuts within a feed range of 0.2 up to 0.4 mm enable the cutter to mill blanks with forging scale and large variations in required depth of cut. Under favourable conditions a max cutting depth of 10 mm is achievable.
CoroMill 245-18 is available in diameters 80-250 mm as coarse, close and extra close pitch for maximum performance in different machining conditions. |
|
7745 VOD Series
Stellram's most versatile cutter. A strong multi-purpose cutter excellent in high temperature alloys and stainless steels using 4mm or 6mm octagonal inserts for up to a 0.445" depth-of-cut.
7745 VS Series
Excellent in tool steels and cast irons. Exceptionally thick square inserts handle tough conditions. Design allows for recessing operations. |
|
CoroMill 390 is the most versatile facemill on the market for better accessibility. It offers an opportunity to reach the best productivity for each specific type of operation - just by combining the most suitable cutter pitch with the most relevant insert geometry and grade.
CoroMill 390 is the first choice cutter for versatile facemilling.
|
|
Among our 54 micro end-mills ranges it's easy to select the most adapted tool to your need, as well as to machine an angle, a straight form, a concav or convex radius. Diameters or radius are available from 50 microns. For instance : End-mills diameter 0.40 are standard in 30 different ranges ! Who offers more ?
Engaged right from the start in the process aspiring to the excellence, Magafor offers his two new "X" coatings, sprung from the multi-layers nano technology.
GRAPH'X : diamond coating (8000 HV) particularly effective to machine the graphite, composite materials, plastics with glass-fibers or carbon bibers.
HARD'X : wih a high hardness (3700 HV) this coating shows a high thermic stability and an excellent proctection against heat and wear. Ideal for dry machining -high speed cut- in treated steels and dies.
Diameters : 0.05 up to 14 mm
Materials :
Carbide
Carbide + Graph'x
Carbide + Hard'x
page 63 from Magafor 701 |
|
PREZISS DIAMANT offers a full range of PCD milling/planning heads for every kind of machining. With the original PCD indexable insert head from PREZISS DIAMANT, it is possible to achieve any finishing quality requirement thanks to its unique design. The PCd inserts are adjusted at the same time in length and diameter to keep always original dimensions and they can be sharpened from 3 to 5 times. The internal coolant system is specifically designed to easyly evaquate the waste as well as keeping cool the working area.
Excellent yield and high milling quality. |
|
| ARNO® solid carbide milling cutters are made from ultra micro-grain hard metal. The grain sizes are 0 - 0.5 µm and depending on the finish are provided with various coatings (TiAlN or TiCN). |
|
| S-Carb 2 and 3 flute End Mills and the patented 2 flute Ski-Carb end Mills are designed for Aluminum and non-ferrous materials. The S-Carb is available with Titanium DiBoride (TiB2) tool coating |
|
| Z-Carb End Mills for Ferrous Applications...Reduces Machine Vibration...Improves Dimensional Control...Increases Cutting Depth and Feed Rates...Improves Surface Finish...PATENTED Unequal Helix Geometry. |
|
|
|
