iEcho Replacement Blade E26-2C Oscillating Knife |Manufacturer of Carbide Knives & Blades

iEcho E26-2C Oscillating Knife Blade – Replacement Manufacturing and Supply Shops

Compatible with iEcho CNC and flatbed oscillating cutting machines
0.63 mm flat mount ensures strong and stable installation
Supports cutting depths up to 10 mm
Tungsten carbide construction for superior hardness and durability
Ideal for carbon fiber composites, textiles, cardboard, rubber, leather, and fiberglass materials
OEM-equivalent replacement for iEcho E26-series blades

Description
Related Products

Product Specification Sheet

Item	Specification
Cutter Brand	iEcho
Model	E26-2C
Knife Type	Flat, Oscillating blade
Angle	22° / 63°
Knife Height	30.00 mm
Knife Width	5.60 mm
Thickness	0.63 mm
Max. Cutting Depth	10.00 mm
Knife/Blade Mounting	Flat 0.63 mm
Materials	Carbon fibers, Corrugated cardboard, Felt, Glass fibers, Leather, Non-woven fabric, Nylon fabric, Polyester fabric, Rubber
Replacement	Yes

Product Description

The iEcho E26-2C Oscillating Knife Blade is a precision-engineered cutting blade designed for iEcho digital cutters and flatbed CNC cutting systems. Featuring a 0.63 mm flat mounting interface and dual cutting angles of 22° and 63°, this blade offers a balanced combination of cutting penetration and control, making it suitable for both soft and semi-rigid materials.

With a 30 mm blade height, 5.60 mm blade width, and a maximum cutting depth of 10 mm, the E26-2C delivers exceptional stability during high-frequency oscillation while maintaining a slim profile for detailed and accurate cutting results.

Manufactured from high-quality tungsten carbide, the blade provides long-lasting performance, maintaining sharpness even under heavy production use. It is particularly suitable for cutting complex industrial materials such as carbon fiber composites, glass fibers, leather, non-woven and nylon fabrics, rubber sheets, corrugated cardboard, and laminated textiles.

As an OEM-compatible replacement, the E26-2C blade integrates seamlessly into oscillating knife modules, ensuring consistent cutting quality and reliability across various manufacturing environments.