New Products
New products
A Brand AE-LNBD-N
The AE-LNBD-N high performance DLC coated carbide end mill for non-ferrous materials is suitable for a wide variety of applications with high efficiency and quality. Its DLC-IGUSS coating further improves tool life with excellent welding resistance and lubricity, which is effective in the machining of non-ferrous materials such as aluminum alloys.
- Teardrop-Shaped Outer Periphery
- Precise Ball Specifications
- Strong Back Taper Geometry
- Prevents Chattering & Chipping
- Enables High Quality Milling
- Enables Milling by Point Resulting in Improvement of Surface Accuracy
A Brand AE-CR-VTS-N
The AE-CR-VTS-N high performance DLC coated carbide end mill for non-ferrous materials is suitable for a wide variety of applications with high efficiency and quality. Its DLC-IGUSS coating further improves tool life with excellent welding resistance and lubricity, which is effective in the machining of non-ferrous materials such as aluminum alloys.
- Flat cutting edge
- Large core design
- Center cutting edge
- 3 cutting edges at center
- Vibration suppression
- Achieves higher precision machined surface quality
- High rigidity prevents chattering
- Can be used for plunging
- For high speed milling
- Stable and high efficiency milling
EXOCARB® WXL®
EXOCARB® WXL end mills are the new industry standard for hard milling. Everything about WXL is designed for rigidity and performance in wide variety of materials and a wide variety of milling applications. Substrates, geometry, and proprietary WXL coating are all specifically tailored for nonferrous materials, mild steels, and steels up to 50HRC.
- Ultra-fine micrograin carbide
- High Precision geometry
- High strength core diameter
- WXL coating - +1100 Celsius Oxidation Temp. & +3100Hv in hardness
- The hardest most wear resistant carbide possible for incredible wear resistance.
- High accuracy all but eliminates need for benching and rework for mold makers.
- Tools utilize thicker core diameters for the ultimate in strength and rigidity.
- Higher coating oxidation temp & hardness dramatically improve wear resistance.
A Brand AT-2 R-Spec
The high-efficiency thread mill AT-2 R-SPEC is engineered to dramatically reduce machining time in non-ferrous metal applications such as aluminum alloy by its continuous helical cutting ability, which combines drilling and threading into a single process.
- DLC-IGUSS Coating
- End Cutting Edge
- Unique Cutting Edge Shape
- 2-Flute
- Left-Hand Cut
- prevents welding on the cutting edge
- Helical drilling and threading can be done simultaneously
- prevents deflection of tool
- for wide chip room
- Results in long tool life by climb milling
A Brand AE-ML-H
Multi-flute square type carbide end mills designed for stable and high-efficiency milling of high-hardness steels. With the addition of the new DUROREY coating uniquely engineered for high-hardness steels, high chipping resistance is made possible even in work materials exceeding 60 HRC, allowing long tool life and high speed milling.
- Variable Indexing
- Suppresses chattering
- DUROREY Coating
- Web taper geometry of core
- Suppresses chattering
- For stable machining of high-hardness steels
- Outstanding performance in high-hardness steels
- Improves tool rigidity and prevents the machining surface from tilting
PHOENIX® PDZ
OSG PHOENIX PDZ indexable flat drill achieves flat-bottom hole machining
- Flat bottom cutting edge configuration
- Enhanced muscle breaker
- High precision finishing on flutes
- is compatible with a wide range of applications - drilling, counterboring, inclined surfaces
- Superior chip breaking capability during drilling, counterboring and turning
- Improves rigidity, efficient chip evacuation and reduces cutting force
A Brand AE-CR-MS-H (COMING SOON!)
Multi-flute square type and radius type carbide end mills designed for stable and high-efficiency milling of high-hardness steels. With the addition of the new DUROREY coating uniquely engineered for high-hardness steels, high chipping resistance is made possible even in work materials exceeding 60 HRC, allowing long tool life and high speed milling.
- Variable Indexing
- Cutting Edge Geometry
- DUROREY Coating
- Suppresses chattering
- For stable machining of high-hardness steels
- Outstanding performance in high-hardness steels
A Brand AE-CR-MS-H
Multi-flute square type and radius type carbide end mills designed for stable and high-efficiency milling of high-hardness steels. With the addition of the new DUROREY coating uniquely engineered for high-hardness steels, high chipping resistance is made possible even in work materials exceeding 60 HRC, allowing long tool life and high speed milling.
- Variable Indexing
- Cutting Edge Geometry
- DUROREY Coating
- Suppresses chattering
- For stable machining of high-hardness steels
- Outstanding performance in high-hardness steels
A Brand AE-CR-VMFE
The A Brand AE-VMFE for deep side milling is an anti-vibration carbide end mill series engineered to excel in a wide range of materials including carbon steel, alloy steel, stainless steel, titanium alloys and Ni-based alloys. With the AE-VMFE deep side milling at L/D of 5 x D or more can be machined with high efficiency and high accuracy by large step milling up to 2 x D with its 2.5 x D cutting length configuration.
- R-Shape on the shank side edge
- 2.5 cutting length
- Variable lead, unequal teeth spacing and microrelief geometry
- suppresses streak generation
- make highly efficient deep side milling possible
- suppress chattering up to L/D of 8
A Brand AE-VMFE
The A Brand AE-VMFE for deep side milling is an anti-vibration carbide end mill series engineered to excel in a wide range of materials including carbon steel, alloy steel, stainless steel, titanium alloys and Ni-based alloys. With the AE-VMFE deep side milling at L/D of 5 x D or more can be machined with high efficiency and high accuracy by large step milling up to 2 x D with its 2.5 x D cutting length configuration.
- R-Shape on the shank side edge
- 2.5 cutting length
- Variable lead, unequal teeth spacing and microrelief geometry
- suppresses streak generation
- make highly efficient deep side milling possible
- suppress chattering up to L/D of 8
A Brand AE-VTS-N
The AE-VTS-N high performance DLC coated carbide end mill for non-ferrous materials is suitable for a wide variety of applications with high efficiency and quality. Its DLC-IGUSS coating further improves tool life with excellent welding resistance and lubricity, which is effective in the machining of non-ferrous materials such as aluminum alloys.
- Flat cutting edge
- Large core design
- Center cutting edge
- 3 cutting edges at center
- Vibration suppression
- Achieves higher precision machined surface quality
- High rigidity prevents chattering
- Can be used for plunging
- For high speed milling
- Stable and high efficiency milling
A Brand AE-CR-VML
A Brand AE-CR-VML is an Advanced Performance Anti-Vibration Carbide End Mill
- Positive Rake Angle
- High Rigidity
- New Flute Form
- Duarise Coating
- Variable Leads
- Reduces Cutting Force
- Improves milling accuracy
- Facilitates excellent chip evacuation
- Minimizes thermal cracks
- Enables stable and high efficiency milling
A Brand AE-CR-VML
A Brand AE-CR-VML is an Advanced Performance Anti-Vibration Carbide End Mill
- Positive Rake Angle
- High Rigidity
- New Flute Form
- Duarise Coating
- Variable Leads
- Reduces Cutting Force
- Improves milling accuracy
- Facilitates excellent chip evacuation
- Minimizes thermal cracks
- Enables stable and high efficiency milling
A Brand AE-VMSS-RA
A Brand AE-VMSS-RA is an Advanced Performance Anti-Virbration Carbide End Mill wirth a Right Angle for milling straight corners
- Unique Cutting Edge
- Gash Land
- Duarise Coating
- Milling straight corners
- For enhanced chipping resistance
- Minimizes thermal cracks
A Brand AE-VMS-RA
A Brand AE-VMS-RA is an Advanced Performance Anti-Vibration Carbide End Mill with a Right Angle for milling straight corners
- Unique Cutting Edge
- Gash Land
- Duarise Coating
- Milling straight corners
- For enhanced chipping resistance
- Minimizes thermal cracks
A Brand AE-MSS-H
Multi-flute square type and radius type carbide end mills designed for stable and high-efficiency milling of high-hardness steels. With the addition of the new DUROREY coating uniquely engineered for high-hardness steels, high chipping resistance is made possible even in work materials exceeding 60 HRC, allowing long tool life and high speed milling.
- Variable Indexing
- Cutting Edge Geometry
- DUROREY Coating
- Suppresses chattering
- For stable machining of high-hardness steels
- Outstanding performance in high-hardness steels
A Brand AE-MS-H
Multi-flute square type and radius type carbide end mills designed for stable and high-efficiency milling of high-hardness steels. With the addition of the new DUROREY coating uniquely engineered for high-hardness steels, high chipping resistance is made possible even in work materials exceeding 60 HRC, allowing long tool life and high speed milling.
- Variable Indexing
- Cutting Edge Geometry
- DUROREY Coating
- Suppresses chattering
- For stable machining of high-hardness steels
- Outstanding performance in high-hardness steels
A Brand AE-TL-N
A Brand AE-TL-N are OSG’s advanced performance DLC coated carbide end mills for non-ferrous materials. With excellent cutting sharpness, they are able to suppress burrs to achieve excellent surface finish and are extremely effective for non-ferrous materials such as aluminum alloys that require welding resistance and lubricity.
- Center Cutting Edge
- Large Core & New Flute Form
- Unique Cutting Edge
- DLC Super Hard Coating
- Ideal for Plunging
- High Rigidity and Excellent chip evacuation
- Achieves both rigidity and sharpness
- For superior surface accuracy
PHOENIX® PXHF-AM
The OSG PHOENIX® PXHF-AM carbide radius type high feed end mills designed for post-processing of additive manufacturing and milling in hardened steels.
- Composite Radius Shape
- Coolant-Through
- Flat Cutting Edge
- DUROREY Coating
- Optimized for flat surface machining
- Improves chip evacuation and prevents chip packing
- Suppresses chipping and improves surface quality
- Optimized for high hardness steel machining
EXOCARB® AM-HFC
The OSG EXOCARB® AM-HFC carbide radius type high feed end mills designed for post-processing of additive manufacturing and milling in hardened steels.
- Composite Radius Shape
- Coolant-Through
- Flat Cutting Edge
- DUROREY Coating
- Optimized for flat surface machining
- Improves chip evacuation and prevents chip packing
- Suppresses chipping and improves surface quality
- Optimized for high hardness steel machining
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!
- Optimized for additive manufacturing, even applicable to large depth of cut
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
HY-PRO® CARB VGM6
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
SYNCHROMASTER Tap Holder
Synchronized Tap Holder Designed to Maximize Performance
- Metal Flexure Mechanism
- 1-Part Construction
- ER16 Sealed Collet
- Longer holder tool life and Ultra Small Compensation
- Higher Accuracy and Less Maintenance
- Coolant through without seal disc
A Brand A-CHT
A Brand A-CHT is an Advanced Performance Carbide Coolant-Through Taps for Cast Iron and Aluminum Alloy
- Larger Oil Hole Design
- Bright Finish
- Ultra-Fine Grain Carbide
- Excellent coolant flow
- Greater performance in non-ferrous materials
- For high wear resistance and toughness
A Brand A-CHT
A Brand A-CHT is an Advanced Performance Carbide Coolant-Through Taps for Cast Iron and Aluminum Alloy
- Larger Oil Hole Design
- Bright Finish
- Ultra-Fine Grain Carbide
- Excellent coolant flow
- Greater performance in non-ferrous materials
- For high wear resistance and toughness
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