ATOM 0103A858 Flashcut Oscillating Knife Blade|Manufacturer of Carbide Knives & Blades

ATOM 0103A858 Flashcut HV1400 Oscillating Knife Blade for ATOM Flashcut Cutting Systems

Oscillating knife blade for ATOM Flashcut HV1400 cutting systems

ATOM 0103A858 OEM-compatible replacement blade

65° cutting angle for efficient penetration and clean cuts

Supports up to 11 mm maximum cutting depth

Flat 1 mm mounting for secure installation

Designed for carton, leather, and asbestos-free plate materials

Request A Quote

Description
Related Products

Product Specification Sheet

Item	Specification
Cutter Brand	ATOM
Model	0103A858
Series	Flashcut HV1400
Knife Type	Flat, Flat Oscillating Blades, Oscillating Blade
Knife Height	28.00 mm
Knife Width	5.50 mm
Thickness	1.00 mm
Max. Cutting Depth	11.00 mm
Cutting Angle	65°
Knife / Blade Mounting	Flat 1 mm
Suitable Materials	Asbestos-free plates, Folding carton, Leather
Replacement	Yes

Product Description

The ATOM 0103A858 Flashcut HV1400 Oscillating Knife Blade is a precision-engineered replacement oscillating blade for ATOM Flashcut cutting machines, designed to deliver reliable performance when cutting medium to rigid materials. This blade is optimized for use on ATOM HV1400 oscillating knife tools, ensuring stable operation and consistent cutting quality in automated production environments.

Featuring a 1.00 mm blade thickness and a 65° cutting angle, the ATOM 0103A858 oscillating knife blade provides excellent penetration and clean cutting edges, particularly when processing asbestos-free plates, folding carton, and leather. The blade supports a maximum cutting depth of 11 mm, making it suitable for thicker sheet materials while maintaining control and accuracy.

With its flat 1 mm mounting, the ATOM 0103A858 Flashcut oscillating blade allows fast installation and secure clamping on ATOM cutting heads. As an OEM-compatible replacement blade, it is widely used in packaging, leather processing, and industrial cutting applications where durability and precision are essential.