Turning Cutting Tool Inserts
from Greenleaf Corporation
35 ° diamond chip control insert, precision finishing config [See More]
- Application: Milling; Turning
- Tip Angle: 35°
- Shape: Diamond; Chipbreaker
- I.C.: 0.375
from Sandvik Coromant Co.
CoroCut ® 1-2 insert for turning [See More]
- Application: Turning
- Radius: 0.012
- Thickness: 0.169
- Process: Physical Vapor Deposition
from WhizCut of Sweden AB
High Performing Back Turning Inserts. Insert design result in low radial forces. Produces better roundness on the component. Keeps the desired size longer without adjustment. Chip is curled before it hits the already finished shoulder. Good chip-control by curling the chip away from the surface. [See More]
- Application: Turning
- Thickness: 0.098
- Shape: Custom Fit; Indexable
- Chamfer Angle: 30
from Aloris Tool Technology Co., Inc.
Accommodates standard triangular negative rake carbide inserts. Unique design permits both right hand and left hand turning and facing. Supplied with fully adjustable carbide chipbreakers and carbide shims to protect the holder. [See More]
- Application: Turning; Facing
- Tip Angle: 80°
- Shape: Triangle; Square; Chipbreaker
- Material: Carbide
from Greenleaf Corporation
35 ° diamond insert, flat top config [See More]
- Application: Milling; Turning
- Tip Angle: 35°
- Shape: Diamond
- I.C.: 0.375
from Sandvik Coromant Co.
CoroCut ® 1-2 insert for turning [See More]
- Application: Turning
- Radius: 0.012
- Thickness: 0.169
- Process: MTCVD
from WhizCut of Sweden AB
High Performing Back Turning Inserts. Insert design result in low radial forces. Produces better roundness on the component. Keeps the desired size longer without adjustment. Chip is curled before it hits the already finished shoulder. Good chip-control by curling the chip away from the surface. [See More]
- Application: Turning
- Thickness: 0.098
- Shape: Custom Fit; Indexable
- Chamfer Angle: 15
from Greenleaf Corporation
35 ° diamond insert, screw on configuration [See More]
- Application: Milling; Turning
- Tip Angle: 35°
- Shape: Diamond
- I.C.: 0.375
from Sandvik Coromant Co.
CoroCut ® 1-2 insert for turning [See More]
- Application: Turning
- Radius: 0.012
- Thickness: 0.169
- Process: MTCVD
from WhizCut of Sweden AB
High Performing Back Turning Inserts. Insert design result in low radial forces. Produces better roundness on the component. Keeps the desired size longer without adjustment. Chip is curled before it hits the already finished shoulder. Good chip-control by curling the chip away from the surface. [See More]
- Application: Turning
- Thickness: 0.098
- Shape: Custom Fit; Indexable
- Chamfer Angle: 15
from Greenleaf Corporation
55 degree diamond insert, precision finishing config [See More]
- Application: Milling; Turning
- Tip Angle: 55°
- Shape: Diamond; Chipbreaker
- I.C.: 0.500
from Sandvik Coromant Co.
CoroCut ® 1-2 insert for turning [See More]
- Application: Turning
- Radius: 0.012
- Thickness: 0.169
- Process: MTCVD
from WhizCut of Sweden AB
High Performing Back Turning Inserts. Insert design result in low radial forces. Produces better roundness on the component. Keeps the desired size longer without adjustment. Chip is curled before it hits the already finished shoulder. Good chip-control by curling the chip away from the surface. [See More]
- Application: Turning
- Thickness: 0.098
- Shape: Custom Fit; Indexable
- Chamfer Angle: 15
from Greenleaf Corporation
Negative geometry, screw on configuration [See More]
- Application: Milling; Turning
- Tip Angle: 55°
- Shape: Diamond
- I.C.: 0.375
from Sandvik Coromant Co.
CoroCut ® 1-2 insert for turning [See More]
- Application: Turning
- Radius: 0.012
- Thickness: 0.169
- Coating: None
from WhizCut of Sweden AB
High Performing Back Turning Inserts. Insert design result in low radial forces. Produces better roundness on the component. Keeps the desired size longer without adjustment. Chip is curled before it hits the already finished shoulder. Good chip-control by curling the chip away from the surface. [See More]
- Application: Turning
- Thickness: 0.098
- Shape: Custom Fit; Indexable
- Chamfer Angle: 35
from Greenleaf Corporation
Negative geometry, no hole [See More]
- Application: Milling; Turning
- Tip Angle: 55°
- Shape: Diamond
- I.C.: 0.375
from Sandvik Coromant Co.
CoroCut ® 1-2 insert for turning [See More]
- Application: Turning
- Radius: 0.012
- Thickness: 0.169
- Process: Physical Vapor Deposition
from WhizCut of Sweden AB
High Performing Back Turning Inserts. Insert design result in low radial forces. Produces better roundness on the component. Keeps the desired size longer without adjustment. Chip is curled before it hits the already finished shoulder. Good chip-control by curling the chip away from the surface. [See More]
- Application: Turning
- Thickness: 0.098
- Shape: Custom Fit; Indexable
- Chamfer Angle: 20
from Greenleaf Corporation
Negative diamond insert, screw on configuration [See More]
- Application: Milling; Turning
- Tip Angle: 80°
- Shape: Diamond
- I.C.: 0.500
from Sandvik Coromant Co.
CoroCut ® 1-2 insert for turning [See More]
- Application: Turning
- Radius: 0.012
- Thickness: 0.169
- Process: Physical Vapor Deposition
from WhizCut of Sweden AB
The J-type tooling setup is optimized for straight turning, copy turning, groove turninga and profile turning. The J-type inserts are available in many variations to enable the most suitable combination of cutting rakes, shapes, corner executions, chip control and grades of carbide. The J-type... [See More]
- Application: Turning
- Thickness: 0.098
- Shape: Rhombic; Indexable; Chipbreaker
- Chamfer Angle: 30
from Greenleaf Corporation
Negative diamond insert, no hole [See More]
- Application: Milling; Turning
- Tip Angle: 80°
- Shape: Diamond
- I.C.: 0.750
from Sandvik Coromant Co.
CoroCut ® 1-2 insert for turning [See More]
- Application: Turning
- Radius: 0.012
- Thickness: 0.169
- Process: Physical Vapor Deposition
from WhizCut of Sweden AB
The J-type tooling setup is optimized for straight turning, copy turning, groove turninga and profile turning. The J-type inserts are available in many variations to enable the most suitable combination of cutting rakes, shapes, corner executions, chip control and grades of carbide. The J-type... [See More]
- Application: Turning
- Thickness: 0.098
- Shape: Rhombic; Indexable; Chipbreaker
- Chamfer Angle: 53
from Greenleaf Corporation
80 degree diamond insert, precision finishing config [See More]
- Application: Milling; Turning
- Tip Angle: 80°
- Shape: Diamond; Chipbreaker
- I.C.: 0.500
from Sandvik Coromant Co.
CoroCut ® 1-2 insert for turning [See More]
- Application: Turning
- Radius: 0.012
- Thickness: 0.169
- Process: MTCVD
from WhizCut of Sweden AB
The J-type tooling setup is optimized for straight turning, copy turning, groove turninga and profile turning. The J-type inserts are available in many variations to enable the most suitable combination of cutting rakes, shapes, corner executions, chip control and grades of carbide. The J-type... [See More]
- Application: Turning
- Thickness: 0.098
- Shape: Rhombic; Indexable; Chipbreaker
- Chamfer Angle: 33
from Greenleaf Corporation
Positive diamond geometry, no hole configuration [See More]
- Application: Milling; Turning
- Tip Angle: 80°
- Shape: Diamond
- I.C.: 0.375
from Sandvik Coromant Co.
CoroCut ® 1-2 insert for turning [See More]
- Application: Turning
- Radius: 0.012
- Thickness: 0.169
- Process: MTCVD
from WhizCut of Sweden AB
The J-type tooling setup is optimized for straight turning, copy turning, groove turninga and profile turning. The J-type inserts are available in many variations to enable the most suitable combination of cutting rakes, shapes, corner executions, chip control and grades of carbide. The J-type... [See More]
- Application: Turning
- Thickness: 0.098
- Shape: Rhombic; Indexable; Chipbreaker
- Chamfer Angle: 48
from Greenleaf Corporation
Positive flat top configuration, no hole [See More]
- Application: Milling; Turning
- Tip Angle: 80°
- Shape: Diamond
- I.C.: 0.500
from Sandvik Coromant Co.
CoroCut ® 1-2 insert for turning [See More]
- Application: Turning
- Radius: 0.012
- Thickness: 0.169
- Material: Steel
from WhizCut of Sweden AB
The J-type tooling setup is optimized for straight turning, copy turning, groove turninga and profile turning. The J-type inserts are available in many variations to enable the most suitable combination of cutting rakes, shapes, corner executions, chip control and grades of carbide. The J-type... [See More]
- Application: Grooving; Turning
- Thickness: 0.098
- Shape: Rhombic; Indexable; Chipbreaker
- Material: Carbide
from Greenleaf Corporation
Negative diamond insert, rough stuff configuration [See More]
- Application: Milling; Turning
- Tip Angle: 80°
- Shape: Diamond; Chipbreaker
- I.C.: 0.500
from Sandvik Coromant Co.
CoroCut ® 1-2 insert for turning [See More]
- Application: Turning
- Radius: 0.016
- Thickness: 0.169
- Process: Physical Vapor Deposition
from WhizCut of Sweden AB
The J-type tooling setup is optimized for straight turning, copy turning, groove turninga and profile turning. The J-type inserts are available in many variations to enable the most suitable combination of cutting rakes, shapes, corner executions, chip control and grades of carbide. The J-type... [See More]
- Application: Turning
- Thickness: 0.098
- Shape: Rhombic; Indexable; Chipbreaker
- Chamfer Angle: 18
from Greenleaf Corporation
80 ° trigon chip control configuration, screw on [See More]
- Application: Milling; Turning
- Tip Angle: 80°
- Shape: Trigon; Chipbreaker
- I.C.: 0.250
from Sandvik Coromant Co.
CoroCut ® 1-2 insert for turning [See More]
- Application: Turning
- Radius: 0.016
- Thickness: 0.171
- Process: Physical Vapor Deposition
from WhizCut of Sweden AB
The J-type tooling setup is optimized for straight turning, copy turning, groove turninga and profile turning. The J-type inserts are available in many variations to enable the most suitable combination of cutting rakes, shapes, corner executions, chip control and grades of carbide. The J-type... [See More]
- Application: Turning
- Thickness: 0.098
- Shape: Rhombic; Indexable; Chipbreaker
- Chamfer Angle: 3
from Greenleaf Corporation
80 ° trigon finishing configuration [See More]
- Application: Milling; Turning
- Tip Angle: 80°
- Shape: Trigon; Chipbreaker
- I.C.: 0.375
from Sandvik Coromant Co.
CoroCut ® 1-2 insert for turning [See More]
- Application: Turning
- Radius: 0.016
- Thickness: 0.171
- Process: MTCVD
from WhizCut of Sweden AB
The J-type tooling setup is optimized for straight turning, copy turning, groove turninga and profile turning. The J-type inserts are available in many variations to enable the most suitable combination of cutting rakes, shapes, corner executions, chip control and grades of carbide. The J-type... [See More]
- Application: Turning
- Thickness: 0.098
- Shape: Rhombic; Indexable; Chipbreaker
- Chamfer Angle: 12
from Greenleaf Corporation
80 ° trigon flat top config [See More]
- Application: Milling; Turning
- Tip Angle: 80°
- Shape: Trigon
- I.C.: 0.375
from Sandvik Coromant Co.
CoroCut ® 1-2 insert for turning [See More]
- Application: Turning
- Radius: 0.016
- Thickness: 0.171
- Process: MTCVD
from WhizCut of Sweden AB
The J-type tooling setup is optimized for straight turning, copy turning, groove turninga and profile turning. The J-type inserts are available in many variations to enable the most suitable combination of cutting rakes, shapes, corner executions, chip control and grades of carbide. The J-type... [See More]
- Application: Turning
- Thickness: 0.098
- Shape: Rhombic; Indexable; Chipbreaker
- Material: Carbide
from Greenleaf Corporation
55 degree diamond insert, flat top config [See More]
- Application: Milling; Turning
- Tip Angle: 55°
- Shape: Diamond
- I.C.: 0.500
from Sandvik Coromant Co.
CoroCut ® 1-2 insert for turning [See More]
- Application: Turning
- Radius: 0.016
- Thickness: 0.171
- Process: MTCVD
from Greenleaf Corporation
80 degree diamond insert, flat top config [See More]
- Application: Milling; Turning
- Tip Angle: 80°
- Shape: Diamond
- I.C.: 0.500
from Sandvik Coromant Co.
CoroCut ® 1-2 insert for turning [See More]
- Application: Turning
- Radius: 0.016
- Thickness: 0.171
- Coating: None
from Greenleaf Corporation
A complete API ring groove tooling solution. Finish API ring grooves in Inconel 625 clad overlay in less than a minute. [See More]
- Application: Boring; Turning
- Tip Angle: 90°
- Shape: Groove/Turn Shape
- Thickness: 0.187
from Sandvik Coromant Co.
CoroCut ® 1-2 insert for turning [See More]
- Application: Turning
- Radius: 0.031
- Thickness: 0.171
- Process: Physical Vapor Deposition
from Greenleaf Corporation
A complete API ring groove tooling solution. Finish API ring grooves in Inconel 625 clad overlay in less than a minute. [See More]
- Application: Boring; Grooving; Turning
- Tip Angle: 90°
- Shape: Groover Shape
- Thickness: 0.187
from Sandvik Coromant Co.
CoroCut ® Q insert for turning [See More]
- Application: Turning
- Radius: 0.012
- Thickness: 0.122
- Process: Physical Vapor Deposition
from Greenleaf Corporation
A complete API ring groove tooling solution. Finish API ring grooves in Inconel 625 clad overlay in less than a minute. [See More]
- Application: Boring; Turning
- Tip Angle: 90°
- Shape: Groove/Turn Shape
- Thickness: 0.187
from Sandvik Coromant Co.
CoroCut ® Q insert for turning [See More]
- Application: Turning
- Radius: 0.012
- Thickness: 0.122
- Process: Physical Vapor Deposition
from Greenleaf Corporation
Groover shape, no hole configuration [See More]
- Application: Boring; Grooving; Turning
- Tip Angle: 90°
- Shape: Groover Shape
- Thickness: 0.187
from Sandvik Coromant Co.
CoroCut ® Q insert for turning [See More]
- Application: Turning
- Radius: 0.012
- Thickness: 0.122
- Process: Physical Vapor Deposition
from Greenleaf Corporation
A complete API ring groove tooling solution. Finish API ring grooves in Inconel 625 clad overlay in less than a minute [See More]
- Application: Boring; Grooving; Turning
- Tip Angle: 90°
- Shape: Groover Shape
- Thickness: 0.187
from Sandvik Coromant Co.
CoroCut ® Q insert for turning [See More]
- Application: Turning
- Radius: 0.012
- Thickness: 0.122
- Coating: None
from Greenleaf Corporation
A high-performance grade for milling steels at high speed. Should be used when milling forged and cast steels and selected ductile irons. A unique combination fo toughness and heat resistance makes it suitable for heavy and light duty milling at high speeds. [See More]
- Application: Boring; Turning
- Tip Angle: 90°
- Shape: Square
- I.C.: 0.500
from Sandvik Coromant Co.
CoroCut ® XS insert for thread turning [See More]
- Application: Threading; Turning
- Radius: 0.002
- Thickness: 0.125
- Process: Physical Vapor Deposition
from Greenleaf Corporation
Triangle geometry, screw on configuration [See More]
- Application: Boring; Turning
- Tip Angle: 60°
- Shape: Triangle
- I.C.: 0.500
from Sandvik Coromant Co.
CoroCut ® XS insert for thread turning [See More]
- Application: Threading; Turning
- Radius: 0.002
- Thickness: 0.125
- Process: Physical Vapor Deposition
from Greenleaf Corporation
Holemill insert, screw on configuration [See More]
- Application: Boring; Turning
- Tip Angle: 90°
- Shape: Square; Chipbreaker
- I.C.: 0.312
from Sandvik Coromant Co.
CoroCut ® XS insert for thread turning [See More]
- Application: Threading; Turning
- Radius: 0.002
- Thickness: 0.125
- Coating: None