Solid round tools
Showing 511–540 of 1124 results
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Corner Radius, Roughing, Solid Milling, Solid round tools
EFP-E4,5CF Solid Carbide Roughing Endmills with Chip Splitting Cutting Edges, Variable Pitch and Large Radius Frontal Edge
Corner Radius, Roughing, Solid Milling, Solid round toolsEFP-E4,5CF Solid Carbide Roughing Endmills with Chip Splitting Cutting Edges, Variable Pitch and Large Radius Frontal Edge
- 4, 5 flute 38° helix, solid carbide roughing endmills with chip splitting cutting edges, variable pitch (CHATTERFREE) and large radius frontal edge for high feed rates (FEEDMILL).
- Cannot be used for plunging application.
- Used for programming.
- Number of flutes.
- Maximum D.O.C. for high feed milling (FEEDMILL).
- Maximum ramping angle.
- C-Cylindrical.
SKU: EFP-E4,5CF Solid Carbide Roughing Endmills with Chip Splitting Cutting Edges, Variable Pitch and Large Radius Frontal Edge -
Roughing, Solid Milling, Solid round tools
EFS-B44 Combination of Roughing and Finishing Solid Carbide Endmills in a Single Tool
Roughing, Solid Milling, Solid round toolsEFS-B44 Combination of Roughing and Finishing Solid Carbide Endmills in a Single Tool
- Solid carbide endmills with 4 flute, medium length and 45° helix, featuring a combination of roughing and finishing in a single tool.
- Minimum width of cut for semi-finishing operation >= 0.05 x DC.
- IC300 should be mainly used for machining exotic materials.
SKU: EFS-B44 Combination of Roughing and Finishing Solid Carbide Endmills in a Single Tool -
Roughing, Solid Milling, Solid round tools
EFS-E44 Combination of Roughing and Finishing Solid Carbide Endmills with Variable Pitch for Chatter Free Milling
Roughing, Solid Milling, Solid round toolsEFS-E44 Combination of Roughing and Finishing Solid Carbide Endmills with Variable Pitch for Chatter Free Milling
- Combination of roughing and finishing solid carbide endmill in a single tool.
- 4 variable pitch flutes, 38° Helix, medium length.
- Provides finish surface at rough machining parameters.
- Reduces vibrations at high load applications.
- Minimum width of cut for semi-finishing operation >= 0.05 x DC.
SKU: EFS-E44 Combination of Roughing and Finishing Solid Carbide Endmills with Variable Pitch for Chatter Free Milling -
Solid Milling, Solid round tools, Square
EPN-F Solid Endmills with a Special Edge Configuration for Machining Different Types of Composite Materials
Solid Milling, Solid round tools, SquareEPN-F Solid Endmills with a Special Edge Configuration for Machining Different Types of Composite Materials
- Solid endmills with a special edge configuration for machining different types of composite materials.
- Coated tools available on request.
- Deep chip gullets for eliminating chip jamming.
- Number of flutes.
- C-Cylindrical.
SKU: EPN-F Solid Endmills with a Special Edge Configuration for Machining Different Types of Composite Materials -
Solid Milling, Solid round tools, Square
EPNC Solid Carbide Endmill with Special Cutting Edges, for Machining Different Types of Composite Materials
Solid Milling, Solid round tools, SquareEPNC Solid Carbide Endmill with Special Cutting Edges, for Machining Different Types of Composite Materials
- Solid carbide endmill with special cutting edges, for machining different types of composite materials at high stock removal rates.
- Enables application of high feed and speed due to excellent chip and heat disposal.
- Number of flutes.
- Maximum ramping angle.
- C-Cylindrical.
SKU: EPNC Solid Carbide Endmill with Special Cutting Edges, for Machining Different Types of Composite Materials -
Solid Milling, Solid round tools, Square
EPND Solid Carbide Endmill with Special Cutting Edges Also for Drill Mill Operation
Solid Milling, Solid round tools, SquareEPND Solid Carbide Endmill with Special Cutting Edges Also for Drill Mill Operation
- Solid carbide endmills with special cutting edges also for drill mill operation, for machining of different kind of composite materials.
- Enables application of high feed and speed due to excellent chip and heat disposal.
- Number of flutes.
- C-Cylindrical.
SKU: EPND Solid Carbide Endmill with Special Cutting Edges Also for Drill Mill Operation -
Solid Milling, Solid round tools, Square
EPX Solid Endmills with Right and Left-Hand Helix Flutes, Changing Direction at Mid Cutting Heights
Solid Milling, Solid round tools, SquareEPX Solid Endmills with Right and Left-Hand Helix Flutes, Changing Direction at Mid Cutting Heights
- Solid carbide endmill with right- and left-hand helix flutes, changing direction at mid cutting heights for machining laminated stock of different types of composite materials.
- Important: For best results, the intersection of the alternating flute directions (APMX_2) should be positioned in the middle of the workpiece height .
- Coated tools available on request.
- Number of flutes.
- C-Cylindrical.
SKU: EPX Solid Endmills with Right and Left-Hand Helix Flutes, Changing Direction at Mid Cutting Heights -
Corner Radius, Solid Milling, Solid round tools
Feed Solid Carbide End Mill /4 Flutes
- Solid carbide end mill is mainly used in CNC machining center and CNC engraving machine.
- It can also be installed on the ordinary milling machine to process some relatively hard and uncomplicated heat treatment materials.
SKU: Feed Solid Carbide End Mill /4 Flutes -
Forming, Solid round tools, TAPPING
Forming Tap Chipless Tap Japanese Standard Stainless Steel
- Tap features: Chipless processing.
- Strengthens the strength of the tooth being tapped.
- The strength of the tap itself is good.
- Higher product pass rate.
- Longer service life.
- Higher production efficiency.
- Thread standard: JS (Japanese standard).
- Tapping material: Powder high speed steel.
- Invalid teeth: 2P/4P.
- Applicable processing environment: through hole/blind hole.
- Forming taps are formed by the extrusion flow direction and plastic deformation of materials, and are suitable for processing plastic materials (such as iron, aluminum, magnesium and other steel parts).
- Products like plastic and ductile iron must not be processed with forming taps without plasticity.
- Applicable machine tools: automatic lathes, CNC, milling machines, drilling machines, tapping machines, etc.
SKU: 002-23041904 -
Forming, Solid Milling, TAPPING
Forming Tap for Stainless Steel Machine with Coating Thread Processing
Forming, Solid Milling, TAPPINGForming Tap for Stainless Steel Machine with Coating Thread Processing
- Thread standard: JIS (Japanese standard).
- Tap material: high speed steel.
- Cutting cone length: 2P/1P/4P/1.5P.
- Extrusion taps rely on the extrusion flow direction of the material and plastic deformation to form threads.
- Suitable for processing plastic materials (such as stainless steel, iron, aluminum, magnesium and other steel parts).
- Products like plastic ductile iron must not be used without plasticity.
- Handles machining of stainless steel, exhibits excellent machining characteristics and wear resistance.
SKU: 002-23041905 -
Forming, Solid round tools, TAPPING
Forming Tap Machine Use Tap to Process Carbon Steel Powder High Speed Steel
Forming, Solid round tools, TAPPINGForming Tap Machine Use Tap to Process Carbon Steel Powder High Speed Steel
- Applicable: low carbon steel, medium carbon steel, high carbon steel, environmentally friendly iron, 20/40CrMo.
- Thread standard: JIS (Japanese standard).
- Tap material: CPS (powder high speed steel).
- Cutting taper length: 2P-4P.
- Tap Type: Forming Tap NRT.
- Thread type: Metric, American.
- Forming taps are formed by the extrusion flow direction and plastic deformation of materials.
- Suitable for processing plastic materials (such as iron, aluminum, magnesium and other steel parts).
SKU: 002-23041908 -
Forming, Solid round tools, TAPPING
Forming Tap Uncoated Machine Tap High Speed Steel for Aluminum
- Tap features: Chipless processing.
- Strengthens the strength of the tooth being tapped.
- The strength of the tap itself is good.
- Higher product pass rate.
- Longer service life.
- Higher production efficiency.
- Thread standard: JS (Japanese standard)
- Tapping material: Powder high speed steel
- Invalid teeth: 2P/4P
- Applicable processing environment: through hole/blind hole.
- Forming taps are formed by the extrusion flow direction and plastic deformation of materials, and are suitable for processing plastic materials (such as iron, aluminum, magnesium and other steel parts).
- Products like plastic and ductile iron must not be processed with forming taps without plasticity.
- Applicable machine tools: automatic lathes, CNC, milling machines, drilling machines, tapping machines, etc.
SKU: 002-23041902 -
Forming, Solid round tools, TAPPING
Forming Taps for Deep Hole High Speed Threading
- Tap features: Chipless processing.
- Strengthens the strength of the tooth being tapped.
- The strength of the tap itself is good.
- Higher product pass rate.
- Longer service life.
- Higher production efficiency.
- Thread standard: JS (Japanese standard).
- Tapping material: Powder high speed steel.
- Applicable processing environment: through hole/blind hole.
- Forming taps are formed by the extrusion flow direction and plastic deformation of materials, and are suitable for processing plastic materials (such as iron, aluminum, magnesium and other steel parts).
- Products like plastic and ductile iron must not be processed with forming taps without plasticity.
- Applicable machine tools: automatic lathes, CNC, milling machines, drilling machines, tapping machines, etc.
SKU: 002-23041906 -
Forming, Solid round tools, TAPPING
Forming Taps Tapping Machines use Powder High-Speed Steel to Process Aluminum Parts
Forming, Solid round tools, TAPPINGForming Taps Tapping Machines use Powder High-Speed Steel to Process Aluminum Parts
- Applicable: aluminum alloy, ADC12, 6-series aluminum, 7-series aluminum, red copper, brass.
- Thread standard: JIS (Japanese standard).
- Tap material: CPS (powder high speed steel).
- Cutting taper length: 2P-4P.
- Tap Type: Forming Tap NRT.
- Thread Type: Metric, American.
- Blind hole tap, chip-free processing, non-stick chip, good wear resistance, used for red copper, aluminum and other materials.
- Through-hole taps, chip-free processing, non-stick chip, good wear resistance, used for red copper, aluminum and other materials.
SKU: 002-23041901 -
Forming, Solid round tools, TAPPING
Forming Taps with Long Neck Machine Tapping Powder High Speed
- Tap features: Chipless processing.
- Strengthens the strength of the tooth being tapped.
- The strength of the tap itself is good.
- Higher product pass rate.
- Longer service life.
- Higher production efficiency.
- Thread standard: JS (Japanese standard).
- Tapping material: Powder high speed steel.
- Invalid teeth: 2P/4P.
- Applicable processing environment: through hole/blind hole.
- Forming taps are formed by the extrusion flow direction and plastic deformation of materials, and are suitable for processing plastic materials (such as iron, aluminum, magnesium and other steel parts).
- Products like plastic and ductile iron must not be processed with forming taps without plasticity.
- Applicable machine tools: automatic lathes, CNC, milling machines, drilling machines, tapping machines, etc.
SKU: 002-23041909 -
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DRILLING, JOBBER(4D-7D), Solid round tools, Stub (2D - 3D), Taper (8D - 30D)
GD series universal machining drills(d1 10.3~11.113 mm)(inch)
DRILLING, JOBBER(4D-7D), Solid round tools, Stub (2D - 3D), Taper (8D - 30D)GD series universal machining drills(d1 10.3~11.113 mm)(inch)
- Linear cutting edge with high strength.
- Optimized drill point structure for better cutting performance.
- Simulation in combination with testing for superior overall performance.
- Professional after treatment for coating ensures low-resistance high-efficiency machining.
- Double edge-line design for improved machining stability.
SKU: GD series universal machining drills(d1 10.3~11.113 mm)(inch) -
DRILLING, JOBBER(4D-7D), Solid round tools, Stub (2D - 3D), Taper (8D - 30D)
GD series universal machining drills(d1 11.2~12.1 mm)(inch)
DRILLING, JOBBER(4D-7D), Solid round tools, Stub (2D - 3D), Taper (8D - 30D)GD series universal machining drills(d1 11.2~12.1 mm)(inch)
- Linear cutting edge with high strength.
- Optimized drill point structure for better cutting performance.
- Simulation in combination with testing for superior overall performance.
- Professional after treatment for coating ensures low-resistance high-efficiency machining.
- Double edge-line design for improved machining stability.
SKU: GD series universal machining drills(d1 11.2~12.1 mm)(inch) -
DRILLING, JOBBER(4D-7D), Solid round tools, Stub (2D - 3D), Taper (8D - 30D)
GD series universal machining drills(d1 12.2~13.8 mm)(inch)
DRILLING, JOBBER(4D-7D), Solid round tools, Stub (2D - 3D), Taper (8D - 30D)GD series universal machining drills(d1 12.2~13.8 mm)(inch)
- Linear cutting edge with high strength.
- Optimized drill point structure for better cutting performance.
- Simulation in combination with testing for superior overall performance.
- Professional after treatment for coating ensures low-resistance high-efficiency machining.
- Double edge-line design for improved machining stability.
SKU: GD series universal machining drills(d1 12.2~13.8 mm)(inch) -
DRILLING, JOBBER(4D-7D), Solid round tools, Stub (2D - 3D), Taper (8D - 30D)
GD series universal machining drills(d1 14.0~15.875 mm)(inch)
DRILLING, JOBBER(4D-7D), Solid round tools, Stub (2D - 3D), Taper (8D - 30D)GD series universal machining drills(d1 14.0~15.875 mm)(inch)
- Linear cutting edge with high strength.
- Optimized drill point structure for better cutting performance.
- Simulation in combination with testing for superior overall performance.
- Professional after treatment for coating ensures low-resistance high-efficiency machining.
- Double edge-line design for improved machining stability.
SKU: GD series universal machining drills(d1 14.0~15.875 mm)(inch) -
DRILLING, JOBBER(4D-7D), Solid round tools, Stub (2D - 3D), Taper (8D - 30D)
GD series universal machining drills(d1 16.0~18.8 mm)(inch)
DRILLING, JOBBER(4D-7D), Solid round tools, Stub (2D - 3D), Taper (8D - 30D)GD series universal machining drills(d1 16.0~18.8 mm)(inch)
- Linear cutting edge with high strength.
- Optimized drill point structure for better cutting performance.
- Simulation in combination with testing for superior overall performance.
- Professional after treatment for coating ensures low-resistance high-efficiency machining.
- Double edge-line design for improved machining stability.
SKU: GD series universal machining drills(d1 16.0~18.8 mm)(inch) -
DRILLING, JOBBER(4D-7D), Solid round tools, Stub (2D - 3D)
GD series universal machining drills(d1 19.0~20.0 mm)(inch)
DRILLING, JOBBER(4D-7D), Solid round tools, Stub (2D - 3D)GD series universal machining drills(d1 19.0~20.0 mm)(inch)
- Linear cutting edge with high strength.
- Optimized drill point structure for better cutting performance.
- Simulation in combination with testing for superior overall performance.
- Professional after treatment for coating ensures low-resistance high-efficiency machining.
- Double edge-line design for improved machining stability.
SKU: GD series universal machining drills(d1 19.0~20.0 mm)(inch) -
DRILLING, JOBBER(4D-7D), Solid round tools, Stub (2D - 3D), Taper (8D - 30D)
GD series universal machining drills(d1 2.0~3.2 mm)(inch)
DRILLING, JOBBER(4D-7D), Solid round tools, Stub (2D - 3D), Taper (8D - 30D)GD series universal machining drills(d1 2.0~3.2 mm)(inch)
- Linear cutting edge with high strength.
- Optimized drill point structure for better cutting performance.
- Simulation in combination with testing for superior overall performance.
- Professional after treatment for coating ensures low-resistance high-efficiency machining.
- Double edge-line design for improved machining stability.
SKU: GD series universal machining drills(d1 2.0~3.2 mm)(inch) -
DRILLING, JOBBER(4D-7D), Solid round tools, Stub (2D - 3D), Taper (8D - 30D)
GD series universal machining drills(d1 3.25~3.8 mm)(inch)
DRILLING, JOBBER(4D-7D), Solid round tools, Stub (2D - 3D), Taper (8D - 30D)GD series universal machining drills(d1 3.25~3.8 mm)(inch)
- Linear cutting edge with high strength.
- Optimized drill point structure for better cutting performance.
- Simulation in combination with testing for superior overall performance.
- Professional after treatment for coating ensures low-resistance high-efficiency machining.
- Double edge-line design for improved machining stability.
SKU: GD series universal machining drills(d1 3.25~3.8 mm)(inch)