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Eastman Tangential Blades,Eastman Drag Knives Knife Blade

Eastman cutting machines primarily use two core CNC/automatic cutting tools: tangential blades and drag knife blades Enquire now

Description

Eastman Tangential Blades,Eastman Drag Knife

Quick Reference for Core Models and Specifications

When purchasing replacement parts, the most commonly used original equipment manufacturer (OEM) and third-party compatible (such as Shenzhen Oyea Machinery ) universal cutting tool models and specifications are as follows:

· Standard drag knife blade specifications :

54-26011-1 : Thickness .02" 0.5mm, Angle 30°

54-26011 : Thickness .04" 1.0mm, Angle 30°

54-26011-2 : Thickness .02" 0.5mm, Angle 45°

54-26011-3 : Thickness .04" 1.0mm, Angle 45°

54-26011-5 : Thickness .02" 0.5mm, Angle 55°

54-26011-4 : Thickness .04" 1.0mm, Angle 55°

54-26011-6 : Thickness .04" 1.0mm, Angle 40°

· Large/Special Drag Blade :

54-26011-9 : 1-inch high, flat tip cutter.

54-26011-17 : 2-1/8 inch high, flat-head drag blade

67-12792 : #16 X-Acto Precision Drag Knife

The core difference between tangential tools and drag tools

Blade type	Operating principle	Best applicable materials	Technological advantages
Tangential blade	The tool tip direction is actively controlled by the machine tool spindle motor . When encountering acute angles, right angles, or complex patterns, the tool will automatically lift, rotate, and then descend.	Composite materials, rigid cardboard, thick leather, rubber, gaskets, and other high-density rigid materials.	It can precisely cut challenging details and heavy materials, preventing them from being torn or deformed at corners.
Drag Knife Blade	The cutting blade is passively placed in the bearing housing and passively follows the turning motion by the mechanical pulling force when the machine tool moves (similar to the casters of a supermarket shopping cart).	Thin materials such as vinyl stickers, films, paper, and single-layer lightweight fabrics.	It has a very fast cutting speed, making it suitable for high-speed processing of large batches of straight lines or smooth arcs.