Precision serrated plotter cutter blade manufactured from tungsten carbide with a wear-resistant TiN (Titanium Nitride) coating. Designed for demanding flatbed cutting applications where the serrated cutting edge provides effective material penetration and the TiN coating helps reduce abrasive wear.
XK-Z66TiN – Serrated Plotter Cutter Blade | TiN-Coated Tungsten Carbide
€42.80
In stock
In stock
Additional information
| Dimensions | 67 × 1.5 mm |
|---|---|
| Type plotter cutting blade | |
| Blade metal | |
| Blade coatings | |
| Blade dimensions (mm) | |
| Blade angle (long side) | |
| Blade tip angle | |
| Max. Cutting Depth | |
| Pre-Cut | 3,9 + 0,04 x Tm |
| After-Cut | Max 55 mm |
| Cutting Tool / Tool Module |
Description
The XK-Z66T TiN Coated Serrated Plotter Blade’s serrated cutting edge is designed to provide effective penetration and controlled cutting of materials where a conventional smooth cutting edge may encounter increased cutting resistance. The serrations concentrate cutting forces at multiple points along the edge, supporting efficient cutting of suitable technical and fibrous materials.
Blade Types for Industrial Applications
Tungsten carbide provides excellent hardness, dimensional stability and cutting-edge retention. The additional TiN coating increases surface wear resistance, making the XK-Z66T TiN Coated Serrated Plotter Blade particularly suitable for demanding and abrasive cutting applications where an uncoated blade may experience accelerated wear.
TiN-Coated Tungsten Blades best for Abrasive Materials
The combination of serrated geometry + tungsten carbide + TiN coating provides a durable cutting solution for continuous industrial flatbed and digital cutting operations.
Key Features
- Serrated plotter cutter blade
- High-quality tungsten carbide
- TiN (Titanium Nitride) coated
- Hard, wear-resistant coating
- Precision-ground serrated cutting edge
- Effective material penetration
- Excellent edge retention
- Increased resistance to abrasive wear
- Suitable for demanding technical materials
- Designed for automated flatbed cutting
- Suitable for repetitive industrial production
Operational Benefits
- Serrated edge helps penetrate resistant materials
- TiN coating provides enhanced wear resistance
- Excellent tungsten carbide edge retention
- Longer effective cutting life under suitable conditions
- Consistent cutting performance
- Reduced blade-change frequency
- Suitable for repetitive automated cutting
- Particularly useful where abrasive materials accelerate blade wear
Actual blade life depends on substrate composition, material thickness, cutting speed, cutting depth, machine settings and blade alignment.
