Cutting Tools
Yamaloy CCMT 09T308-PM, Turning Insert, Grade QX5020, Carbide, 80° Rhombic
CCMT Turning Inserts
80° Rhombic Insert
Insert Grade QX5020
(ISO P10-P35 M10-M30 K10-K30) CVD Coated. An excellent general purpose grade for medium roughing on Steels, Stainless and Cast Irons.
Chip Breaker: PM. Application: Med Cut.
80° Rhombic Insert
Insert Grade QX5020
(ISO P10-P35 M10-M30 K10-K30) CVD Coated. An excellent general purpose grade for medium roughing on Steels, Stainless and Cast Irons.
Chip Breaker: PM. Application: Med Cut.
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Series 1060 HSS-Co Straight Shank High Helix Jobber Drills
TiN Coated - Metric
Heavy duty drill for stainless steel, heat and acid-resistant steels, short chipping and high strength steels. High heat resistance allows drilling in titanium and titanium alloys. TiN coating provides longer tool life.
Point angle: 130°. Helix angle: high. Web thickness: strengthened. Relief angle: normal.
Tolerance of diameter: h8. Tolerance of shank: f11. Manufactured to DIN 338RN.
TiN Coated - Metric
Heavy duty drill for stainless steel, heat and acid-resistant steels, short chipping and high strength steels. High heat resistance allows drilling in titanium and titanium alloys. TiN coating provides longer tool life.
Point angle: 130°. Helix angle: high. Web thickness: strengthened. Relief angle: normal.
Tolerance of diameter: h8. Tolerance of shank: f11. Manufactured to DIN 338RN.
These carbide burrs are designed for cylindrical end cutting of low feed, high speed materials. Available in a variety of sizes with varying cut capabilities.
Features and Benefits
• Manufactured from durable carbide for tool longevity
• Rapid cut (Cut 3) burrs are suited for use on softer non-ferrous and plastic materials
• Chipbreaker (Cut 9) burrs are suited for use on cast iron, carbon steel, alloy steel 50RC and 60RC
• Suitable for deburring and polishing of cast iron, cast steel, carbon steel, alloy steel and stainless steel up to HRC65 hardness
• Ideal for light stock removal at high rpms
Typical Applications
• Deburring
Notes
• Not suitable for milling large amounts of material
• Always ensure that at least 70% of the shank length is clamped by the collet or chuck of the tool being used
• Always ensure that the tool is rated to the recommended operating speed of the burr
Features and Benefits
• Manufactured from durable carbide for tool longevity
• Rapid cut (Cut 3) burrs are suited for use on softer non-ferrous and plastic materials
• Chipbreaker (Cut 9) burrs are suited for use on cast iron, carbon steel, alloy steel 50RC and 60RC
• Suitable for deburring and polishing of cast iron, cast steel, carbon steel, alloy steel and stainless steel up to HRC65 hardness
• Ideal for light stock removal at high rpms
Typical Applications
• Deburring
Notes
• Not suitable for milling large amounts of material
• Always ensure that at least 70% of the shank length is clamped by the collet or chuck of the tool being used
• Always ensure that the tool is rated to the recommended operating speed of the burr
Counterbores N with a diameter of 50mm and larger are all made with a driving lip. These sizes should be used in the appropriate type M toolholder.
Dimensions (mm) N, NA & W
Counterbores N, and NA with Ø of 50 mm and larger are all made with a driving lip. These sizes should be used in the appropriate type M toolholder
d: 14.0; d1: 6.0; L: 48.0; L1: 28.0.
Dimensions (mm) N, NA & W
Counterbores N, and NA with Ø of 50 mm and larger are all made with a driving lip. These sizes should be used in the appropriate type M toolholder
d: 14.0; d1: 6.0; L: 48.0; L1: 28.0.
Series 36 - Regular Series
Dimensions to DIN 844. Centre cutting. Threaded shank to DIN 1835D. Shank cutting diameter to +0.04 -0.0.
Uncoated (for general production machining)
TiCN Coated (extends cutter life and improves work material surface finish)
TiALN Coated (dissipates and resists heat, reduces surface friction coupled with high surface hardness).
Dimensions to DIN 844. Centre cutting. Threaded shank to DIN 1835D. Shank cutting diameter to +0.04 -0.0.
Uncoated (for general production machining)
TiCN Coated (extends cutter life and improves work material surface finish)
TiALN Coated (dissipates and resists heat, reduces surface friction coupled with high surface hardness).