Precision tungsten carbide plotter cutter blade for professional flatbed and digital cutting applications. Designed for excellent wear resistance, sharpness and consistent cutting quality when processing technical sheet materials.
XK-Z41 – Plotter Cutter Blade | Tungsten Carbide
€12.90
In stock
In stock
Additional information
| Dimensions | 25 × 0.63 mm |
|---|---|
| Type plotter cutting blade | |
| Blade metal | |
| Blade dimensions (mm) | |
| Blade angle (long side) | |
| Blade tip angle | |
| Pre-Cut | 0.8 x 0.18 x Tm |
| After-Cut | 1.2 mm |
| Max. Cutting Depth | |
| Cutting Tool / Tool Module | EOT, EOT-250, POT (Pneumatic Oscillating Tool), POT, blade holder 1.5 mm + blade reducer 1.5/0.63 mm (5003138) |
| Recommended Materials | Corrugated cardboard, felt, foam, leather, textiles, aramid, nylon |
Description
The XK-Z41 Tungsten Carbide Plotter Cutter Blade is manufactured from high-quality tungsten carbide for precision cutting on professional flatbed and digital cutting systems.
Learn more about tungsten carbide blades its advantages
Tungsten carbide combines high hardness with excellent wear resistance, making the XK-Z41 suitable for repetitive industrial cutting where maintaining consistent edge geometry and cutting quality is important.
Why Choose Tungsten Carbide Blades for Your Plotter
XK-Z41 Tungsten Carbide Plotter Cutter Blade has precision-ground cutting edge providing clean, controlled cutting while the wear-resistant carbide construction helps reduce blade-change frequency compared with conventional steel blades in suitable applications.
The XK-Z41 is intended for professional cutting environments processing sheet, packaging and technical materials. Actual suitability depends on material characteristics, thickness, cutting parameters, tool configuration and machine setup.
Key Features
- High-quality tungsten carbide
- Precision-ground cutting edge
- High wear resistance
- Excellent edge retention
- Consistent cutting performance
- Suitable for professional flatbed cutting
- Designed for repetitive industrial production
- Uncoated carbide construction
Operational Benefits
- Clean and controlled cutting
- Maintains cutting-edge geometry during repetitive use
- Reduced blade-change frequency in suitable applications
- Consistent cutting quality
- Suitable for automated digital cutting processes
