Knife iEcho E61C Very Robust Heavy-Duty Oscillating Blade|Manufacturer of Carbide Knives & Blades

iEcho E61C Very Robust Heavy-Duty Oscillating Knife Blade – Replacement Blade for iEcho Digital Cutter

Heavy-duty oscillating flat blade designed for high-force industrial cutting

Strong 1.00 mm thickness provides stability and reduced blade deflection

81.50° cutting angle for efficient penetration through thick materials

Supports cutting depths up to 19 mm

Suitable for composites, rubber, leather, and technical fabrics

Flat 1 mm mounting design for easy compatibility with iEcho oscillating tool

High resistance to wear for long service life

OEM-compatible replacement for the iEcho E61C blade

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Description
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Product Specification Sheet

Item	Specification
Cutter Brand	iEcho
Model	E61C
Knife Type	Flat, Oscillating Blade
Angle	81.50°
Knife Height	31.00 mm
Knife Width	5.50 mm
Thickness	1.00 mm
Max. Cutting Depth	19.00 mm
Knife/Blade Mounting	Flat 1 mm
Materials	Carbon fibers, Corrugated cardboard, Felt, Glass fibers, Leather, Non-woven fabric, Nylon fabric, Polyester fabric, Rubber
Replacement	Yes

Product Description

The iEcho E61C Very Robust Heavy-Duty Oscillating Knife Blade is engineered for demanding cutting applications that require strength, precision, and long-term durability. Featuring an 81.50° cutting angle, 1.00 mm heavy-duty thickness, and 31 mm blade height, this oscillating blade delivers exceptional rigidity and high-force cutting performance.

Designed for iEcho digital cutting machines and flatbed CNC cutters, the E61C blade is ideal for processing thick, dense, or tough materials. With a maximum cutting depth of 19 mm, it ensures clean and accurate cuts even in heavy industrial substrates.

This blade is optimized for cutting carbon fiber, fiberglass, corrugated cardboard, felt, rubber, leather, non-woven materials, nylon, polyester fabrics, and other high-strength materials. It is widely used in industries such as automotive, packaging, composites, footwear, upholstery, and technical textile manufacturing.