Comelz HZ2XL Oscillating Knife Blade – Tungsten Carbide CNC Blade

Designed for Comelz oscillating CNC cutting machines (0.8 mm flat mount)

Extra-long cutting depth up to 22 mm for thick materials

Shallow 5° angle for smoother penetration and reduced cutting resistance

Manufactured from premium HM tungsten carbide for maximum wear resistance

Suitable for corrugated cardboard, corrugated plastic, felt, foam board, folding carton, and rubber

High stability due to 30 mm blade height

Long service life with excellent edge retention

OEM-equivalent replacement for Comelz HZ2XL

Request A Quote

Description
Related Products

Product Specification Sheet

Item	Specification
Cutter Brand	COMELZ
Model	HZ2XL
Knife Type	Flat, Oscillating blade, Flat oscillating blade, Pointed, Tungsten carbide blade
Angle	5°
Knife Height	30 mm
Thickness	0.8 mm
Max. Cutting Depth	22 mm
Knife/Blade Mounting	Flat 0.8 mm
Materials	Corrugated cardboard, Corrugated plastic, Felt, Foam board, Folding carton, Rubber
Replacement	Yes

Product Description

The Comelz HZ2XL Oscillating Knife Blade is a long-reach tungsten carbide blade designed for Comelz CNC digital cutting systems. With an extended cutting depth of up to 22 mm and a slim 0.8 mm flat mounting design, this blade is built for deep, precise cuts in thick, flexible, and semi-rigid materials.

Its ultra-shallow 5° pointed geometry provides reduced cutting resistance, allowing the blade to penetrate dense materials with ease while maintaining clean, smooth edge quality. The tall 30 mm blade height enhances stability during high-frequency oscillation, minimizing deflection and ensuring high-accuracy cutting across each job.

Crafted from premium tungsten carbide (HM), the HZ2XL offers exceptional durability, long-lasting sharpness, and superior performance in demanding industrial processing environments.

This blade is fully compatible as a replacement for the OEM Comelz HZ2XL blade and supports a wide range of applications including packaging, signage, gasket manufacturing, rubber processing, composites, foam inserts, and textile production.