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Supplier: BIG Kaiser Precision Tooling Inc.
Description: cutting edge for both radial and axial directions achieves smooth and quiet end milling. Designed for shoulder and slot milling, ramping, helical milling, and plunge milling. High rake angle and ground cutting edges sharply reduce cutting resistance Strong cutting
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Supplier: Superior Tool Service, Inc.
Description: A 4 flute rougher/finisher made for steel, designed with a variable helix and variable spiral. Available coated (TiAlN) or uncoated. Also available: no radius, radius (or chamfer) or ball radius. Designed for Composite Material Applications.
- Coating: None, Coated, Titanium Aluminum Nitride (TiAlN)
- Cutter Configuration: Solid Construction
- Cutter Material: Carbide
- Cutter Type: End Mill, Helical Form Cutter
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Supplier: Superior Tool Service, Inc.
Description: Designed for hi speed machining of aluminum. Available with 2 or 3 flutes, variable helix, variable spiral. We recommend a special Diamondlike carbon coating for the best results. Available uncoated too. Order with no radius, radius or ball radius. Designed for Composite Material Applications.
- Coating: None, Coated, Diamond
- Cutter Configuration: Solid Construction
- Cutter Material: Carbide
- Cutter Type: End Mill, Helical Form Cutter
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Supplier: Sandvik Coromant Co.
Description: The CoroMill® 390 family covers many applications with a large, versatile program, including cutter versions for shoulder milling and long edge milling. The cutter generates a good quality 90-degree shoulder and is ideal for ramping and helical interpolation
- Cutter Configuration: Holder and Inserts
- Cutter Type: End Mill, Face Mill
- Cutting Application: Aluminum, Bronze / Brass / Copper, Hard / Hardened Metals, Steel, Stainless Steel, Titanium / Exotic Metals, Other
- Cutting Diameter: 0.6250 to 2.13 inch
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Supplier: Sandvik Coromant Co.
Description: Versatile in the widest sense of the word, CoroMill® 316 can be applied for high feed face milling, slot milling, helical interpolation, shoulder milling, profile milling and chamfer milling of components in all material groups from ISO P to ISO S
- Cutter Configuration: Holder and Inserts
- Cutter Material: Carbide, High Speed Steel
- Cutter Type: End Mill, Face Mill
- Cutting Application: Aluminum, Bronze / Brass / Copper, Steel, Stainless Steel, Titanium / Exotic Metals, Other
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Supplier: Sandvik Coromant Co.
Description: degree lead angle and a positive axial inclination angle Application High-feed face and profile milling, including ramping and helical interpolation Suitable for most applications and industry segments Machining of components requiring long overhangs Suitable for low-powered machines
- Cutter Configuration: Holder and Inserts
- Cutter Type: End Mill, Face Mill
- Cutting Application: Hard / Hardened Metals, Steel, Stainless Steel, Titanium / Exotic Metals, Other
- Cutting Diameter: 1.25 to 4 inch
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Supplier: SCT - Scientific Cutting Tools, Inc.
Description: The 30° helical flute thread mills will cut internal and external threads. The helical flute distributes side cutting pressure.
- Coating: None, Coated, Aluminum Titanium Nitride (AlTiN)
- Cutter Material: Carbide
- Cutter Type: Thread Mill
- Cutting Diameter: 0.1700 to 0.4500 inch
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Supplier: SCT - Scientific Cutting Tools, Inc.
Description: The 30° helical flute thread mills will cut internal and external threads. The helical flutes distribute the side cutting pressure.
- Chamfer / Angle (if applicable): 30 degrees
- Coating: None, Coated, Aluminum Titanium Nitride (AlTiN)
- Cutter Material: Carbide
- Cutter Type: Thread Mill
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Supplier: SCT - Scientific Cutting Tools, Inc.
Description: The 15° helical flute thread mills are non-crest cutting for internal threads only. The helical flutes distribute the side cutting pressure.
- Chamfer / Angle (if applicable): 15 degrees
- Coating: None, Coated, Aluminum Titanium Nitride (AlTiN)
- Cutter Material: Carbide
- Cutter Type: Thread Mill
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Supplier: SCT - Scientific Cutting Tools, Inc.
Description: The 15° helical flute thread mills are non-crest cutting for internal threads only. The helical flute distributes the side cutting pressure.
- Coating: None, Coated, Aluminum Titanium Nitride (AlTiN)
- Cutter Material: Carbide
- Cutter Type: Thread Mill
- Cutting Diameter: 0.1180 to 0.4700 inch
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Supplier: Sandvik Coromant Co.
Description: through arbor Improved maximum temperature limitation, up to 100° C Possible to combine with all common machine tool interfaces Application Tool assembly lengths: 4 to 8xDm Face milling, shoulder milling, pocketing, slot milling, circular ramping, helical interpolation
- Cutter Configuration: Holder and Inserts
- Cutter Type: End Mill
- Cutting Application: Steel, Stainless Steel, Other
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Supplier: Melin Tool Company
Description: Helps to save on tooling costs versus using larger taps. All tools AlTiN coated for longer tool life. Made from premium submicron grain carbide.
- Coating: Coated, Aluminum Titanium Nitride (AlTiN)
- Cutter Configuration: Solid Construction
- Cutter Material: Carbide, Micrograin Carbide
- Cutter Type: Thread Mill
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Supplier: Superior Tool Service, Inc.
Description: A 4 flute design with a variable helix- variable spiral for chatter free milling. Our design helps with dampening out harmonics, letting you excel in difficult to machine materials and applications. This is a great cutter for hard steel, alloy steels, cast irons, stainless steels and
- Coating: None, Coated, Titanium Aluminum Nitride (TiAlN)
- Cutter Configuration: Solid Construction
- Cutter Material: Carbide
- Cutter Type: End Mill, Helical Form Cutter
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Supplier: Melin Tool Company
Description: Helps to save on tooling costs versus using larger aps. All tools AlTiN coated for longer tool life. Made from premium submicron grain carbide.
- Coating: Coated, Aluminum Titanium Nitride (AlTiN)
- Cutter Configuration: Solid Construction
- Cutter Material: Carbide, Micrograin Carbide
- Cutter Type: Thread Mill
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Supplier: Melin Tool Company
Description: Helps to save on tooling costs versus using larger taps. All tools AlTiN coated for longer tool life. Made from premium submicron grain carbide.
- Coating: Coated, Aluminum Titanium Nitride (AlTiN)
- Cutter Configuration: Solid Construction
- Cutter Material: Carbide, Micrograin Carbide
- Cutter Type: Thread Mill
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Supplier: Superior Tool Service, Inc.
Description: Our 10 flute design for cutting titanium and stainless steel. This end mill is good for profiling applications. The additional flutes increase tool life and allow higher feed rates. Our variable helix/variable spiral design dampens out harmonics. It is available coated or uncoated, no radius,
- Coating: None, Coated, Titanium Aluminum Nitride (TiAlN)
- Cutter Configuration: Solid Construction
- Cutter Material: Carbide
- Cutter Type: End Mill, Helical Form Cutter
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Description: Specifies the dimensions of these side and face milling cutters intended for fitting to the ends of cutter arbors. Applies to cutters, with straigth-sided teeth and with double helical teeth. The range of outside diameters is taken from ISO 523.
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Supplier: CSA Group
Description: Specifies the dimensions of these side and face milling cutters intended for fitting to the ends of cutter arbors. Applies to cutters, with straigth-sided teeth and with double helical teeth. The range of outside diameters is taken from ISO 523.
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Supplier: Allied Machine & Engineering Corp.
Description: Features Allied's proprietary AM210® coating provides a 25-50% increase in tool life over the competition. AccuThread 856® solid carbide threadmills have a thicker core and helical flute which offers increased strength and rigidity when cutting forces are
- Coating: Coated, Titanium Nitride (TiN), Titanium Carbonitride (TiCN), Titanium Aluminum Nitride (TiAlN), Other
- Cutter Configuration: Solid Construction
- Cutter Material: Carbide
- Cutter Type: Helical Form Cutter
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Supplier: RS Components, Ltd.
Description: increased productivity, meaning you can use them even for small diameters. These versatile tools are suitable for various machined materials and applications such as shoulder and slot milling, face milling, helical interpolation, ramping and progressive plunging. â?¢ Double
- Cutter Type: Other
- Number of Flutes / Cutting Edges: 1
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Supplier: RS Components, Ltd.
Description: increased productivity, meaning you can use them even for small diameters. These versatile tools are suitable for various machined materials and applications such as shoulder and slot milling, face milling, helical interpolation, ramping and progressive plunging. â?¢ Double
- Cutter Type: Other
- Number of Flutes / Cutting Edges: 1
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Supplier: RS Components, Ltd.
Description: increased productivity, meaning you can use them even for small diameters. These versatile tools are suitable for various machined materials and applications such as shoulder and slot milling, face milling, helical interpolation, ramping and progressive plunging. â?¢ Double
- Cutter Type: Other
- Number of Flutes / Cutting Edges: 1
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Supplier: RS Components, Ltd.
Description: increased productivity, meaning you can use them even for small diameters. These versatile tools are suitable for various machined materials and applications such as shoulder and slot milling, face milling, helical interpolation, ramping and progressive plunging. â?¢ Double
- Cutter Type: Other
- Number of Flutes / Cutting Edges: 1
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Supplier: Galil
Description: The DMC-18x0 PCI motion controller is a member of the Optima Series, Galil's prior-generation, multi-axis motion controllers. The DMC-18x0 controller accommodates 1- through 8-axis formats and allows control of step or servo motors on any combination of axes. Any mode of motion can be programmed
- Applications: Horizontal Mills, Vertical Mills, Lathes and Turning Centers, Grinders, Electro Discharge Machine (EDM), Torch Table, Welding, Inspection
- Configuration: Board
- Features: Alarm / Event Monitoring, Multi-program Storage, Self Diagnostics, Teach Mode, Other
- Industrial Communications: Other
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Supplier: Star SU LLC
Description: The H 900-2300 is designed for large gear milling and hobbing applications. The large H series cuts straight and helical gears; crowned and tapered gears; worm gears; cluster gears and special profiles (such as compressor-type rotors); oval gears; herringbone gears (gears with a double
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Performance of helical edge milling cutters in planing wood
The results in Fig. 4 indicate that the conventional milling cutter generated higher sound pressure levels compared to helical milling cutters during the cutting test.
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Tool life and hole surface integrity studies for hole-making of Ti6Al4V alloy
In contrast, the specially designed helical milling cutter failed after 110 holes when the uniform wear exceeded the rejection level (VB=0.25 mm).
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Cutting Tool Technology
In these tests Salomon achieved peripheral cutter speeds of 16,500m min– , utilising either fly-cutters – for chip morphology data, or helical milling cutters – notably when cutting aluminium.
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Extracting cutting constants via harmonic force components for a general helical end mill
… does it provide a unified framework for calcu- lating the milling forces in its forward application, but it also serves as the foundation for the reverse appli- cation in identifying the cutting constants for any helical milling cutter in any cutting configuration.
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A Precision Tool Model for Concave Cone-End Milling Cutters
A CCEM helical milling cutter can produce sculptured surfaces of good .
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Abstracts of metal working literature
A cutting-model modification of the latter is developed and the energy method is extended to the case of helical milling cutters , to predict the instantaneous cutting forces at an arbitrary angle of the cutter rotation.
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Tool wear and hole quality investigation in dry helical milling of Ti-6Al-4V alloy
Fig. 2 Experimental setups and helical milling cutters used in the experiment .
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An improved dynamic milling force coefficients identification method considering edge force
Based on this theory, S. Engin and Y. Altintas [8] presented a generalized mathematical model to simulate the dynamic forces of various helical milling cutters .
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Advances in Materials Processing X
Among them, cutting tool type include: Face milling cutter, End Mill, Helical milling cutter Ball head milling cutter, Keyway cutter and so on.
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Geometric modeling of single point cutting tool surfaces
Considerable work has been done in the area of modeling of drills [9, 10, 11, 12, 13, 14, 15, 16, 17, 18], helical milling cutters [19, 20, 21] and end mills [22, 23, 24, 25] for design, analysis and grinding.