Customer Case | TiAlN Coated Solid Carbide Slitting Saw for Steel Components (Diameter 80 mm, Thickness 3.06 mm, Arbor 25.4 mm, 40 Teeth)
Improving Productivity and Tool Life in Precision Steel Component Manufacturing
In precision metalworking, tool performance directly affects production efficiency, machining quality, and overall manufacturing costs. Recently, one of our customers required a high-performance slitting saw solution for machining steel components used in industrial applications.
To meet the customer’s requirements for stable cutting performance and extended tool life, we supplied a custom-made solid carbide slitting saw featuring TiAlN coating and staggered tooth geometry.
Tool Specifications
The slitting saw was manufactured according to the customer’s machining requirements:
- Diameter: 80 mm
- Cutting Width: 3.06 mm
- Bore Diameter: 25.4 mm
- Number of Teeth: 40T
- Tooth Form: Staggered Tooth
- Material: Solid Carbide
- Coating: TiAlN (Titanium Aluminum Nitride)
This configuration was specifically designed for precision slotting and cut-off operations on steel components.
Why Solid Carbide?
Compared with conventional HSS cutting tools, solid carbide offers significant advantages:
- Higher hardness
- Superior wear resistance
- Greater rigidity
- Better cutting stability
- Longer service life
These benefits allow the tool to maintain dimensional accuracy even during long production runs.
Advantages of Staggered Tooth Tooth Design
The staggered tooth geometry helps distribute cutting forces more evenly during machining.
Key benefits include:
- Improved chip evacuation
- Reduced cutting resistance
- Lower vibration levels
- Better surface finish
- More stable slot dimensions
This design is particularly effective in slotting applications where chip accumulation can negatively affect cutting performance.
Why TiAlN Coating?
TiAlN coating is widely used in demanding metal cutting applications due to its excellent thermal and wear resistance properties.
Main advantages include:
- High oxidation resistance
- Excellent wear protection
- Improved edge retention
- Better performance at elevated temperatures
- Longer tool life under continuous production conditions
The coating helps protect the cutting edge while maintaining consistent machining performance.
Customer Results
After implementing the new slitting saw, the customer reported several improvements:
Increased Tool Life
The solid carbide substrate combined with TiAlN coating significantly reduced tool wear during production.
Improved Productivity
Longer cutting cycles reduced machine downtime associated with tool replacement.
Stable Machining Quality
The slitting saw maintained consistent slot dimensions throughout production batches.
Reduced Production Costs
Lower tooling consumption and improved machining efficiency helped reduce overall manufacturing costs.
Applications
TiAlN coated solid carbide slitting saws are suitable for:
- Steel component machining
- Precision slotting
- Cut-off operations
- Automotive parts manufacturing
- Industrial equipment components
- General engineering applications
Looking for a Custom Slitting Saw Solution?
We manufacture customized solid carbide slitting saws according to customer requirements, including:
- Custom diameters
- Custom thicknesses
- Various tooth geometries
- TiN, TiCN, TiAlN, AlTiN and AlCrN coatings
- OEM and private label manufacturing
If you are looking for a reliable slitting saw solution for steel machining applications, contact our technical team for professional support and customized recommendations.
This tool is part of our custom solid carbide slitting saw solutions.
Recommended Internal Links
- How to Choose Non-Standard Custom Saw Blade Milling Cutters?
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- How to Choose Non-Standard Custom Saw Blade Milling Cutters?