The XK-Z17DLC is a premium DLC-coated tungsten carbide oscillating blade designed for Zünd-compatible cutting systems. Optimized for medium rigid plastics and display materials requiring low friction, smooth cutting performance, and excellent edge quality.
XK-Z17DLC – DLC coated Tungsten Carbide oscillating blade
€19.50
In stock
In stock
Additional information
| Weight | 0.5 g |
|---|---|
| Dimensions | 25 × 0.63 × 6 mm |
| Type plotter cutting blade | |
| Fabrics | Adhesive laminates, PET / PVC / Acrylic, Rigid Materials – Medium, Rigid Materials – Thin, Canvas, Folding Carton, Magnetic foil, Polycarbonate, Polyester, PVC Banners |
| Reference nr. Kongsberg | |
| Cutting Tool / Tool Module | |
| Max. Cutting Depth | |
| Blade metal | |
| Blade dimensions (mm) | |
| Compatible Holder | Blade Holder No. 3960324 – Zünd Compatible – For Flat Shaft Blades |
| Blade coatings | |
| Pre-Cut | 0,47 x Tm |
Description
The XK-Z17DLC is a high-performance tungsten carbide oscillating blade with DLC (Diamond-Like Carbon) coating, engineered for precision cutting of medium rigid plastics, laminated display materials, and industrial composite panels on Zünd-compatible flatbed cutting systems.
The advanced DLC coating significantly reduces friction and material drag, making the blade especially suitable for rigid plastics and laminated substrates where clean edges and smooth cutting performance are essential. The coating also minimizes heat buildup and adhesive residue while improving wear resistance during continuous production.
Its reinforced oscillating blade geometry delivers stable cutting performance and excellent dimensional accuracy on semi-rigid and rigid industrial materials. The oscillating cutting action reduces stress on the material, helping prevent cracking, chipping, or edge deformation.
The XK-Z17DLC performs exceptionally well on:
- Medium PVC sheets
- PETG sheets
- Acrylic and PMMA sheets
- ABS plastics
- Laminated display boards
- Composite display materials
- Industrial plastic panels
- abrasive materials and multilayer laminates
