XK-Z17TiN Plotter Cutter Blade |Tungsten Carbide | TiN Coated

XK-Z17TiN Plotter Cutter Blade |Tungsten Carbide | TiN Coated

19.50

In stock

The XK-Z17TiN is a premium TiN-coated tungsten carbide oscillating blade designed for Zünd-compatible cutting systems. Optimized for thin abrasive and fibrous materials, the blade combines the precision geometry of the XK-Z17 with the enhanced wear resistance of a Titanium Nitride coating, delivering longer service life, reduced friction, and superior cutting performance.

In stock

# BladesPrice / bladeDiscount / bladeDiscount %
20 - 59€19.50€0.000%
60 - 99€17.55€1.9510%
100 - 199€15.60€3.9020%
200+€13.65€5.8530%

Additional information

Weight 0.5 g
Dimensions 25 × 0.63 × 6 mm
Type plotter cutting blade

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Blade dimensions (mm)

Blade metal

Blade coatings

Blade angle (long side)

Blade tip angle

Max. Cutting Depth

Cutting Tool / Tool Module

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Compatible Holder

Blade Holder No. 3960324 – Zünd Compatible – For Flat Shaft Blades

Pre-Cut

0,47 x Tm

Description

The XK-Z17TiN is a high-performance tungsten carbide oscillating knife with Titanium Nitride (TiN) coating, engineered for precision cutting of thin abrasive, fibrous, and wear-intensive materials on Zünd-compatible digital cutting systems.

Based on the proven XK-Z17 geometry, this blade offers a smaller overcut and higher shearing forces than the XK-Z16, resulting in improved contour accuracy, cleaner edge quality, and superior detail cutting performance. The advantages become particularly noticeable when the blade is used in oscillating cutting applications.

The advanced Titanium Nitride (TiN) coating increases surface hardness and significantly improves wear resistance, making the blade especially suitable for abrasive materials that would rapidly wear standard carbide blades. The coating also reduces friction during cutting, resulting in smoother cutting performance and lower cutting forces.

Learn more about tungsten carbide blades its advantages when using plotter cutting machines

Features

  • Knife for cutting thin materials
  • Smaller overcut than XK-Z16
  • Higher shearing forces than XK-Z16
  • TiN coating for extended service life
  • Reduced cutting friction
  • Improved wear resistance
  • Excellent contour accuracy
  • Outstanding performance as an oscillating knife
  • Long-lasting cutting edge

Technical Information & Related Articles

Recommended Materials

Thin Abrasive Materials

  • Paper
  • Cardboard
  • Technical textiles
  • Thin gasket materials
  • Fiberglass sheets
  • Polyester films

Additional Materials

  • Magnetic foil
  • Polycarbonate (PC)
  • Paintable board
  • Paper (100–400 g)
  • Cardboard (100–1500 g)
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