iEcho PK Series Knife E19-10 V-Cut Replacement Blade |Manufacturer of Carbide Knives & Blades

iEcho PK Series E19-10 V-Cut Replacement Knife Blade for iEcho PK Digital Cutting Machines

V-cut knife blade for iEcho PK digital cutting machines

iEcho PK Series E19-10 blade made from tungsten carbide

17 mm blade height for controlled shallow V-cut applications

45° V-cut angle for clean grooves and folding lines

Suitable for corrugated board, foam board, folding carton, and paper

OEM-compatible iEcho replacement blade for PK series machines

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Description
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Product Specification Sheet

Item	Specification
Cutter Brand	iEcho
Series	PK Series
Model	E19-10
Knife Type	V-Cut, Tungsten Carbide Blade
Knife Height	17.00 mm
Knife Width	6.00 mm
Thickness	1.00 mm
Angle	45°
Max. Cutting Depth	3.00 mm
Knife / Blade Mounting	Flat 1.0 mm
Materials	Corrugated cardboard, Corrugated plastic, Foam board, Folding carton, Paper
Replacement	Yes

Product Description

The iEcho PK Series E19-10 V-Cut Knife Blade is a tungsten carbide V-cut blade designed for precision V-groove cutting on iEcho PK digital cutting machines. As an OEM-compatible iEcho PK replacement blade, the E19-10 is optimized for shallow V-cut applications where clean folding lines and accurate edge definition are required.

With a compact 17 mm blade height and a maximum cutting depth of up to 3 mm, this PK V-cut knife blade is ideal for thin board and paper-based materials. The 45° V-cut angle enables accurate groove formation for folding carton structures, packaging samples, and display components.

Manufactured from tungsten carbide, the iEcho E19-10 blade delivers consistent cutting accuracy and stable performance during V-cut operations. Its 1.00 mm blade thickness and 6 mm blade width provide controlled cutting behavior, while the flat 1 mm mounting ensures secure installation and quick blade replacement on iEcho PK series tool heads.

This V-cut knife blade for iEcho PK cutters is widely used for cutting corrugated cardboard, corrugated plastic, foam board, folding cartons, and paper, making it suitable for packaging prototyping, signage graphics, and light board processing.