TiN Cutting Tool Inserts
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]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Custom Fit; Indexable
- Application: Turning
- Thickness: 0.098
from Allied Machine & Engineering Corp.
Original T-A ® is an excellent choice for general purpose use. The design provides fast penetration rates that produce good hole size and finish. Standard geometry combines highly efficient and stable cutting action to minimize power consumption. Recommended for use in most steels, cast irons,... [See More]
- Coating: Titanium Nitride
- Shape: Spade Drill
- Application: Drilling
- Special Tip Angle: 132
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]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Custom Fit; Indexable
- Application: Turning
- Thickness: 0.098
from Allied Machine & Engineering Corp.
T-A ® Flat Bottom Drill Inserts are made of either Super Cobalt or Carbide substrates as follows: Series Y through 2.5 are available in Super Cobalt and Carbide, while series 3 & 4, offered in range:1.353" (34,36mm) to 2.570" (65,28mm), are only available in Super Cobalt. The Super Cobalt base... [See More]
- Coating: Titanium Nitride
- Shape: Rectangular
- Application: Drilling
- Special Tip Angle: 180
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]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Custom Fit; Indexable
- Application: Turning
- Thickness: 0.098
from Allied Machine & Engineering Corp.
High Performance Spade Drills (HP) were designed for end-users who hadUniversal Style holders, but were looking for improved performance. HP spade drills fit into the Universal holders, but offer the high-tech geometry and performance benefits of the T-A ®drill inserts. [See More]
- Coating: Titanium Nitride
- Shape: Spade Drill
- Application: Drilling
- Special Tip Angle: 130
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]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Custom Fit; Indexable
- Application: Turning
- Thickness: 0.098
from Allied Machine & Engineering Corp.
- Coating: None; Titanium Nitride; Titanium CarboNitride; Titanium Aluminum Nitride; AM200 / AM210
- Shape: Rectangular
- Application: Threading
- Thickness: 0.080
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]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Custom Fit; Indexable
- Application: Turning
- Thickness: 0.098
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]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Custom Fit; Indexable
- Application: Turning
- Thickness: 0.098
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]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Rhombic; Indexable; Chipbreaker
- Application: Turning
- Thickness: 0.098
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]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Rhombic; Indexable; Chipbreaker
- Application: Turning
- Thickness: 0.098
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]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Rhombic; Indexable; Chipbreaker
- Application: Turning
- Thickness: 0.098
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]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Rhombic; Indexable; Chipbreaker
- Application: Turning
- Thickness: 0.098
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]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Rhombic; Indexable; Chipbreaker
- Application: Grooving; Turning
- Thickness: 0.098
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]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Rhombic; Indexable; Chipbreaker
- Application: Turning
- Thickness: 0.098
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]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Rhombic; Indexable; Chipbreaker
- Application: Turning
- Thickness: 0.098
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]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Rhombic; Indexable; Chipbreaker
- Application: Turning
- Thickness: 0.098
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]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Rhombic; Indexable; Chipbreaker
- Application: Turning
- Thickness: 0.098
from WhizCut of Sweden AB
The K-type inserts are used for back turning, threading, grooving and parting off. WhizCut wide range of inserts for these applications making it possible to always get the correct insert for the application. The K-type insert is somewhat tilted in the tool holder to give good clearance and maximum... [See More]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Custom Fit; Indexable
- Application: Threading
- Thickness: 0.098
from WhizCut of Sweden AB
The K-type inserts are used for back turning, threading, grooving and parting off. WhizCut wide range of inserts for these applications making it possible to always get the correct insert for the application. The K-type insert is somewhat tilted in the tool holder to give good clearance and maximum... [See More]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Custom Fit; Indexable
- Application: Cutoff
- Thickness: 0.098
from WhizCut of Sweden AB
The K-type inserts are used for back turning, threading, grooving and parting off. WhizCut wide range of inserts for these applications making it possible to always get the correct insert for the application. The K-type insert is somewhat tilted in the tool holder to give good clearance and maximum... [See More]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Custom Fit; Indexable
- Application: Cutoff
- Thickness: 0.098
from WhizCut of Sweden AB
The K-type inserts are used for back turning, threading, grooving and parting off. WhizCut wide range of inserts for these applications making it possible to always get the correct insert for the application. The K-type insert is somewhat tilted in the tool holder to give good clearance and maximum... [See More]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Custom Fit; Indexable
- Application: Cutoff
- Thickness: 0.098
from WhizCut of Sweden AB
The K-type inserts are used for back turning, threading, grooving and parting off. WhizCut wide range of inserts for these applications making it possible to always get the correct insert for the application. The K-type insert is somewhat tilted in the tool holder to give good clearance and maximum... [See More]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Custom Fit; Indexable
- Application: Cutoff
- Thickness: 0.098
from WhizCut of Sweden AB
The K-type inserts are used for back turning, threading, grooving and parting off. WhizCut wide range of inserts for these applications making it possible to always get the correct insert for the application. The K-type insert is somewhat tilted in the tool holder to give good clearance and maximum... [See More]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Custom Fit; Indexable
- Application: Cutoff
- Thickness: 0.098
from WhizCut of Sweden AB
The K-type inserts are used for back turning, threading, grooving and parting off. WhizCut wide range of inserts for these applications making it possible to always get the correct insert for the application. The K-type insert is somewhat tilted in the tool holder to give good clearance and maximum... [See More]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Custom Fit; Indexable
- Application: Cutoff
- Thickness: 0.098
from WhizCut of Sweden AB
WhizCut will change the way thread mills are used today by introducing WhizThrill. The WhizThrill deburring solid carbide thread mills take thread milling to the next level. Users of thread taps and thread mills have for years been battling problems of getting burrs when threading holes. This has... [See More]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Custom Fit; Indexable
- Application: Threading
- Thickness: 0.043
from WhizCut of Sweden AB
WhizCut will change the way thread mills are used today by introducing WhizThrill. The WhizThrill deburring solid carbide thread mills take thread milling to the next level. Users of thread taps and thread mills have for years been battling problems of getting burrs when threading holes. This has... [See More]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Custom Fit; Indexable
- Application: Threading
- Thickness: 0.043
from WhizCut of Sweden AB
WhizCut will change the way thread mills are used today by introducing WhizThrill. The WhizThrill deburring solid carbide thread mills take thread milling to the next level. Users of thread taps and thread mills have for years been battling problems of getting burrs when threading holes. This has... [See More]
- Coating: None (optional feature); Titanium Nitride; Titanium Aluminum Nitride; AlCrN
- Shape: Custom Fit; Indexable
- Application: Threading
- Thickness: 0.043