Comelz Blade HZ2R.L1 Carbide CNC Oscillating Knife |Manufacturer of Carbide Knives & Blades

Comelz HZ2R.L1 Oscillating Knife Blade – Tungsten Carbide CNC Replacement Blade

Fully compatible with Comelz oscillating cutting machines (1.0 mm flat mount)

12° pointed cutting angle for accurate penetration and crisp edges

Strong 1.0 mm blade body for enhanced rigidity and durability

Supports cutting depths up to 16 mm

Performs exceptionally well on corrugated cardboard, foam board, rubber, felt, and folding carton

High-frequency oscillation capability with minimal blade flex

Tungsten carbide construction ensures long-lasting edge retention

OEM-equivalent replacement for the Comelz HZ2R.L1 blade

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Description
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Product Specification Sheet

Item	Specification
Cutter Brand	COMELZ
Model	HZ2R.L1
Knife Type	Flat, Oscillating blade, Pointed
Angle	12°
Knife Height	30 mm
Thickness	1.0 mm
Max. Cutting Depth	16 mm
Knife/Blade Mounting	Flat 1 mm
Materials	Corrugated cardboard, Felt, Foam board, Folding carton, Rubber
Replacement	Yes

Product Description

The Comelz HZ2R.L1 Oscillating Knife Blade is a heavy-duty tungsten carbide blade engineered for high-precision cutting on Comelz CNC automatic cutting systems. Built with a robust 1.0 mm flat mounting base and a sharp 12° pointed angle, this blade offers excellent rigidity and cutting stability, especially when processing dense or semi-rigid materials.

With a 30 mm blade height and a maximum cutting depth of 16 mm, the HZ2R.L1 ensures smooth penetration and clean-edge cutting performance across corrugated cardboard, felt, foam board, rubber, and folding carton materials. Its reinforced thickness reduces blade deflection under high-frequency oscillation, delivering long service life and consistent cutting accuracy.

Designed as a direct replacement for the OEM Comelz HZ2R.L1 blade, this tungsten carbide oscillating knife is suitable for demanding industrial applications such as packaging production, display manufacturing, footwear cutting, gasket fabrication, and rubber component processing.