Knife Comelz HZ2R Tungsten carbide Oscillating Blade|Manufacturer of Carbide Knives & Blades

Comelz HZ2R Tungsten Steel Oscillating Knife Blade – 35° Pointed Flat Blade

Made from high-strength tungsten steel for excellent wear resistance

Compatible with Comelz oscillating CNC cutting systems (flat 0.8 mm mount)

35° pointed geometry for sharp, accurate penetration

Designed for detailed contour cutting and small-radius shapes

Stable performance under high-speed oscillation

Excellent cutting results on cardboard, foam board, felt, rubber, and folding carton

Durable and precise replacement for Comelz HZ2R CNC blades

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Description
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Product Specification Sheet

Item	Specification
Cutter Brand	COMELZ
Model	HZ2R
Knife Type	Flat, Oscillating blade, Pointed
Angle	35°
Length	25 mm
Height	6 mm
Thickness	0.8 mm
Knife/Blade Mounting	Flat 0.8 mm
Materials	Corrugated cardboard, Felt, Foam board, Folding Carton, Rubber
Replacement	Yes
Material Composition	Tungsten Steel

Product Description

The Comelz HZ2R Tungsten Steel Oscillating Knife Blade is a precision-designed pointed flat blade manufactured for high-speed Comelz CNC digital cutting systems. Built from premium tungsten steel, the HZ2R provides an excellent balance of durability, stability, and cutting sharpness, making it suitable for a wide range of light to medium-density materials.

With its 35° pointed geometry and 0.8 mm flat mounting interface, this blade delivers strong penetration, clean edge quality, and consistent performance under high-frequency oscillation. The 25 mm length and 6 mm height make the HZ2R ideal for detailed contour cutting, fine patterns, and small-radius designs.

Engineered to handle materials such as corrugated cardboard, foam board, felt, folding carton, and rubber, this blade is widely used in packaging production, footwear components, foam inserts, rubber processing, and craft manufacturing.

Designed as a fully compatible replacement for the Comelz HZ2R blade, it ensures long operational life and stable cutting precision for professional digital cutting applications.