iEcho E12 Tungsten Carbide Flat Drag Knife Blade|Manufacturer of Carbide Knives & Blades

iEcho E12 Tungsten Carbide Flat Drag Knife Blade for iEcho Flatbed Cutters

Tungsten carbide flat drag knife for iEcho flatbed cutting machines

50° cutting angle for clean, precise cuts in a variety of materials

50 mm knife height for deep cutting applications

Max. 4.80 mm cutting depth for thick and rigid substrates

Suitable for cutting canvas, cardboard, foil, footwear materials, hard foam, hard plastic, magnetic foil, polyester fabric, PVC, and more

OEM-compatible replacement blade for iEcho flatbed cutters

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Description
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Product Specification Sheet

Item	Specification
Cutter Brand	iEcho
Model	E12
Knife Type	Tungsten Carbide Flat Drag Knife
Knife Height	50.00 mm
Knife Width	8.00 mm
Thickness	1.50 mm
Max. Cutting Depth	4.80 mm
Cutting Angle	50°
Knife / Blade Mounting	Flat 1.5 mm
Materials	Canvas, Cardboard, Foil, Footwear materials, Gasket materials, Hard foam, Hard plastic, Magnetic foil, Paper, Plastic, Polycarbonate, Polyester fabric, PVC, Self-adhesive foil, Sole material, Tarpaulin
Replacement	Yes

Product Description

The iEcho E12 Tungsten Carbide Drag Blade is a high-performance cutting blade specifically designed for iEcho flatbed cutters, offering superior cutting precision for a wide range of materials. This tungsten carbide blade features a 50° cutting angle that provides exceptional performance in hard and flexible materials such as canvas, cardboard, plastic, polycarbonate, PVC, foam, and more.

With a knife height of 50 mm and a maximum cutting depth of 4.80 mm, the E12 is ideal for cutting thicker substrates with high cutting stability. The 1.50 mm thickness ensures rigidity, minimizing blade deflection and allowing for accurate cuts. The flat 1.5 mm mounting guarantees secure blade installation and smooth replacement, ensuring continuous high-quality performance in automated cutting operations.

The iEcho E12 Tungsten Carbide Drag Blade is the perfect tool for industries such as footwear manufacturing, packaging, signage production, and automotive parts fabrication, where precision cutting of multi-material substrates is essential.