Summa 500-9801,Summa 500-9800,Summa F Series Blades,Summa Tangential Blades,Summa Plotter Blades,Summa Knives,Summa Flatbed Blades,Summa Blades

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Summa 500-9801 500-9800 F Series Tangential Cutout Flatbed Plotter Knives Knife Blades

Summa 500-9801 500-9800 F Series Tangential Cutout Flatbed Plotter Knives Knife Blades

Summa 500-9801,Summa 500-9800,Summa F Series Blades,Summa Tangential Blades,Summa Plotter Blades,Summa Knives,Summa Flatbed Blades,Summa Blades

The Summa 500-9800 and 500-9801 are single-edge cutout knife blades designed for F Series flatbed plotters. Made from tungsten carbide, these blades are compatible with tools like the Single Edge Cutout Tool (500-9312) and oscillating tools. They are ideal for cutting through materials such as vinyl, cardboard, and foam, handling thicknesses of up to several millimeters with precision.

Feature	500-9801	500-9800
Length	25 mm	25 mm
Width	4 mm	4 mm (most sources); 5.64 mm (one source)
Thickness	0.63 mm	0.63 mm
Cutting Angle	65°	54° or 65° (sources vary)
Max Cut Depth	12 mm (up to 6 mm recommended)	7.4 mm
Primary Tool	Tangential/Single Edge Cutout	Oscillating (EOT)

The blades are specifically designed to be compatible with Summa F Series cutters, such as the F1612, and are ideal for achieving intricate and precise cuts in flexible materials. The 500-9801 blade is particularly well-suited for scenarios requiring deeper and highly accurate cuts, making it a strong choice for demanding applications. On the other hand, the 500-9800 blade is optimized for oscillating cutting tasks, effectively handling materials that may require relatively shallower cutting depths. When selecting the appropriate blade, it is essential to consider both the specifications of the tool module being used and the thickness of the material to ensure optimal performance and efficiency.

Tool Module & Material Compatibility

These blades are primarily run using the Tangential Knife Module (500-9310), the Single Cutout Tool (500-9312), or the Electronic Oscillating Tool (EOT). They are optimized for rigid, semi-rigid, and flexible materials, including: