Precision tungsten carbide plotter cutter blade for cutting leather, corrugated cardboard, fabrics, textiles, felt and foam. Designed for clean, controlled cutting and reliable performance on professional flatbed cutting systems.
XK-Z62 Plotter Cutter Blade | Tungsten Carbide
€21.00
In stock
In stock
Additional information
| Weight | 0.03 g |
|---|---|
| Dimensions | 28 × 0.63 mm |
| Type plotter cutting blade | |
| Blade metal | |
| Blade dimensions (mm) | |
| Max. Cutting Depth | |
| Blade angle (long side) | |
| Blade tip angle | |
| After-Cut | 0.8 x 0.12 x Tm |
| Pre-Cut | 0.8 x 0.12 x Tm |
| Cutting Tool / Tool Module | |
| Recommended Materials |
Description
The XK-Z62 Tungsten Carbide Plotter Cutter Blade is a sturdy oscillating, tungsten carbide blade developed for professional flatbed and digital cutting applications. If you’re searching for a cutting solution with durability, the XK-Z62 Tungsten Carbide Plotter Cutter Blade is well worth considering.
Its cutting geometry is particularly suitable for processing leather, corrugated cardboard, fabrics, textiles, felt and foam, making the XK-Z62 a versatile blade for packaging, textile, upholstery, leather and technical-material converting.
Manufactured from high-quality tungsten carbide, the blade offers excellent hardness and wear resistance. This helps the cutting edge maintain its geometry during repetitive cutting and can reduce blade-change frequency compared with conventional blade steels in suitable applications.
Learn more about tungsten carbide blades its advantages when using plotter cutting machines
For flexible and fibrous materials such as textiles, felt and leather, a sharp and stable cutting edge is important for achieving controlled cuts while reducing pulling or distortion of the material. When processing corrugated cardboard and foam, the XK-Z62 provides the edge stability required for accurate contours and repeatable production.
Blade Types for Industrial Applications
Key Features
- High-quality tungsten carbide
- Precision-ground cutting edge
- Excellent wear resistance
- High edge retention
- Suitable for flexible and fibrous materials
- Suitable for packaging and foam materials
- Designed for professional flatbed cutting
- Consistent cutting performance
- Uncoated carbide construction
Operational Benefits
- Clean, controlled cutting
- Accurate contour cutting
- Reduced pulling of flexible materials
- Consistent performance during repetitive production
- Good cutting-edge stability
- High resistance to edge wear
- Suitable for automated industrial cutting
- Potentially fewer blade changes compared with conventional steel blades in suitable applications
