Comelz CNC Blade HZ3X.L Carbide Oscillating Knife|Manufacturer of Carbide Knives & Blades

Comelz HZ3X.L Oscillating Knife Blade – Precision Pointed CNC Blade

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

30 mm blade height for improved rigidity and cutting stability

0.8 mm thickness and 6 mm width for increased strength and durability

Supports cutting depths up to 21 mm

Ideal for composite fibers, leather, rubber, textiles, felt, and corrugated materials

Optimized for high-frequency oscillation with minimal blade deflection

Produces smooth, precise cuts on soft, semi-rigid, and technical materials

Reliable OEM-equivalent replacement for the Comelz HZ3X.L blade

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Description
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Product Specification Sheet

Item	Specification
Cutter Brand	COMELZ
Model	HZ3X.L
Knife Type	Flat, Oscillating blade, Pointed
Knife Height	30 mm
Thickness	0.8 mm
Knife Width	6 mm
Max. Cutting Depth	21 mm
Knife/Blade Mounting	Flat 0.8 mm
Materials	Carbon fibers, Corrugated cardboard, Felt, Glass fibers, Leather, Polyester fabric, Rubber, Textiles
Replacement	Yes

Product Description

The Comelz HZ3X.L Oscillating Knife Blade is a high-performance pointed CNC blade engineered for Comelz digital cutting machines. Designed with a robust 0.8 mm flat mounting interface and a 30 mm blade height, it delivers excellent stability and cutting precision under high-frequency oscillation.

With a thickness of 0.8 mm and a wide 6 mm blade body, the HZ3X.L provides enhanced durability and reduced lateral flex, making it ideal for demanding applications that require accurate cutting through dense or multi-layered materials. The blade supports a maximum cutting depth of 21 mm, allowing clean and consistent penetration across a wide range of industrial materials.

This blade is compatible with Comelz oscillating cutting systems and serves as a reliable replacement for the OEM HZ3X.L model. It is widely used in industries such as composites manufacturing, footwear, packaging, textile processing, rubber fabrication, and specialty industrial materials.