New Products
New products
HY-PRO® CARB VGM7
The HY-PRO® CARB VGM end mill is a series of variable geometry end mills for dynamic milling ideal in steel and stainless steel
- Variable Index
- Unique Flute Geometry
- EXO Coating
- Unequal flute spacing reduces vibration during machining by altering the timing of each flute engaging in the workpiece
- Sharp rake angle, high helix and adjusted core diameter maintain excellent cutting edge sharpness and tool rigidity to promote smooth, stable cutting with low cutting force
- OSG’s proprietary multi-layer coating provides longer tool life through higher wear and heat resistance than conventional TiAlN coatings
PHOENIX® PMD
PHOENIX® PMD is a versatile series of indexable end mills for multiple applications, including milling, drilling & plunging, with a single tool.
- Supports a wide range of applications with a single tool
- Two types of inserts
- Contouring, ramping, flat bottom holes, plunging, slotting, helical drilling, drilling, side milling, counterbouring
- To enable continuous cutting from plunging to horizontal milling
HY-PRO® CARB VGM5-LN
The HY-PRO® CARB VGM end mill is a series of variable geometry end mills for dynamic milling ideal in steel and stainless steel
- Variable Index
- Unique Flute Geometry
- EXO Coating
- Unequal flute spacing reduces vibration during machining by altering the timing of each flute engaging in the workpiece
- Sharp rake angle, high helix and adjusted core diameter maintain excellent cutting edge sharpness and tool rigidity to promote smooth, stable cutting with low cutting force
- OSG’s proprietary multi-layer coating provides longer tool life through higher wear and heat resistance than conventional TiAlN coatings
HY-PRO® CARB VGM5
The HY-PRO® CARB VGM end mill is a series of variable geometry end mills for dynamic milling ideal in steel and stainless steel
- Variable Index
- Unique Flute Geometry
- EXO Coating
- Unequal flute spacing reduces vibration during machining by altering the timing of each flute engaging in the workpiece
- Sharp rake angle, high helix and adjusted core diameter maintain excellent cutting edge sharpness and tool rigidity to promote smooth, stable cutting with low cutting force
- OSG’s proprietary multi-layer coating provides longer tool life through higher wear and heat resistance than conventional TiAlN coatings
EXOCARB® VU-TBR
The OSG EXOCARB® VU-TBR series variant shape finishing tools with a large radius configuration, are designed for high machining efficiency and superior machined surface quality. The tapered barrel type end mill is engineered with a large peripheral edge R and multi-flute specification to allow higher processing efficiency.
- Large peripheral edge radius and muli-flute configuration
- Increased step over
- Reduced cusp height
- Increase milling efficiency
- Reduced machining time compared to ball nose end mills
- Improves surface finish
EXOCARB® AM-CRE
The OSG EXOCARB® AM-CRE carbide radius type (6-Flute/8-Flute) end mills designed for post-processing of additive manufacturing and milling in hardened steels.
- Newly developed DUROREY coating
- Radius Type (6-Flute/8-Flute)
- Enables superior heat resistance and high toughness optimized for high-hardness steel milling!
- Suitable for milling of built-up welding parts
EXOCARB® AM-EBT
The OSG EXOCARB® AM-EBT carbide ball end mills with 3D negative robust geometry are designed for post-processing of additive manufacturing and milling in hardened steels.
- Newly developed DUROREY coating
- 3D Negative Robust Geometry
- Enables superior heat resistance and high toughness optimized for high-hardness steel milling!
- Optomized for additive manufacturing, even applicable to large depth of cut
A Brand® AT-2
The OSG A Brand® AT-2 Thread mills with end-cutting edge for high hardness steels is ideal for highly difficult high hardness steel applications. The risk of sudden tool breakage can be minimized by breaking chips into small and manageable pieces and evacuating them smoothly. Since no pilot hole is required, process integration and the risk of breakage can be avoided.
- Newly developed DUROREY coating
- Special cutting edge shape
- Left-hand cut configuration
- Added roughing teeth
- No pilot hole is required
- Enables superior heat resistance and high toughness optimized for high-hardness steel milling!
- Controls tool deflection
- Enables climb milling to prolong tool life
- To distribute the load
- Helical drilling + threading can be done simultaneously
A Brand® AT-2
The OSG A Brand AT-2 Thread mills with end-cutting edge for high hardness steels is ideal for highly difficult high hardness steel applications. The risk of sudden tool breakage can be minimized by breaking chips into small and manageable pieces and evacuating them smoothly. Since no pilot hole is required, process integration and the risk of breakage can be avoided.
- Newly developed DUROREY coating
- Special cutting edge shape
- Left-hand cut configuration
- Added roughing teeth
- No pilot hole is required
- enables superior heat resistance and high toughness optimized for high-hardness steel milling!
- controls tool deflection
- enables climb milling to prolong tool life
- to distribute the load
- Helical drilling + threading can be done simultaneously
PHOENIX® PLDS
PHOENIX® PLDS is a versatile series of indexable tools for spot drilling, countersinking & chamfering
- Economical 3-corner triangle insert
- Negative rake angle
- Coolant hole
- Highly rigid negative chamfer tip
- Cutting edge specification
- combines chipping resistance and sharpness
- that suppresses burrs on the work surface
- to improve chip evacuation and cooling effect on the cutting edge
- enables difficult centering operations
- enables optimal chip shape creation
A Brand® AE-LNBD-H
2-flute high-precision finishing long neck carbide ball end mill for high-hardness steels
- Teardrop-shaped Outer Periphery
- Superior Ball R Precision
- Thickness at Center
- Superior Shank Accuracy
- Abundant Variations
- Smooth Surface Treatment
- Strong back taper geometry enables milling by point, which prevents chattering and chipping, resulting in improvement of surface accuracy
- Secures stable R accuracy across 180°
- Thickening of the center core to prevent deformation of the ball tip and improve control of chipping
- Supports h4 tolerance (0/-0.004)
- 261 items (R0.05 to R3) are available to accommodate a wide range of applications
- Improves surface accuracy by smoothening coating surface
A Brand® AE-BM-H
4-flute high-precision finishing carbide ball end mill for high-hardness steels
- Variable Negative Spiral Gash
- Superior Ball R Precision
- Thickness at Center
- Superior Shank Accuracy
- Ideal for Shrink Fit Holders
- Smooth Surface Treatment
- Controls chipping while securing cutting quality by making the negative angle weaker near the outer periphery; chipping resistance is enhanced in combination with the weaker helix angle specification
- Secures stable R accuracy across 180°
- Thickening of the center core to prevent deformation of the ball tip and improve control of chipping
- Supports h4 tolerance (0/-0.004)
- Lineup of short-shank type suitable for shrink fit holders
- Improves surface accuracy by smoothening coating surface
A Brand® ADO-Micro
The A Brand® ADO-MICRO is ideal for applications in carbon steel, alloy steel, stainless steel, cast iron, ductile cast iron, aluminum alloy, titanium alloy and heat resistant alloy.
- Oil Holes
- Double Margin
- IchAda Coating
- Extended Flute
- Removed End of Margin
- Large flow volume enables superior chip evacuation
- Supports straightness of drill direction
- Provides excellent surface smoothness
- Chips are discharged from the tip of the flute to the extended flute with enhanced evacuation capability
- Capability to smoothly discharge “micro sludges” that can be easily accumulated around the outer periphery of the tool, which is a key cause of abrupt tool breakage
A Brand® AE-BD-H
2-flute high-precision finishing carbide ball end mill for high-hardness steels
- Variable Negative Spiral Gash
- Superior Ball R Precision
- Thickness at Center
- Superior Shank Accuracy
- Ideal for Shrink Fit Holders
- Smooth Surface Treatment
- Controls chipping while securing cutting quality by making the negative angle weaker near the outer periphery; chipping resistance is enhanced in combination with the weaker helix angle specification
- Secures stable R accuracy across 180°
- Thickening of the center core to prevent deformation of the ball tip and improve control of chipping
- Supports h4 tolerance (0/-0.004)
- Lineup of short-shank type suitable for shrink fit holders
- Improves surface accuracy by smoothening coating surface
PHOENIX® PFB
PHOENIX® PFB is a series of high precision indexable finish ballnose end mills for superior surface finish and tool life.
- Very high insert radius precision (±6µm)
- Spiral cutting edge
- Steel and Carbide tool shanks
- End mill style, Inch and Metric
- Superior milling surface finish
- Excellent cutting edge strength and sharpness
- Reduces chatter and provides favorable milling surface when machining at short or long overhangs
- Complete offering
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