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Texi CNC digital flatbed cutters Knives Knife Blades

Texi CNC digital flatbed cutters—specifically the flagship Texi XYZ 2517 automated single-layer cutting system—rely on a modular multi-tool head capable of executing high-speed, high-precision industrial cuts. Enquire now

Description

Texi CNC digital flatbed cutters Knives Knife Blades

Texi CNC digital flatbed cutters—specifically the flagship Texi XYZ 2517 automated single-layer cutting system—rely on a modular multi-tool head capable of executing high-speed, high-precision industrial cuts. To achieve clean cuts through diverse technical fabrics, cardboard, foams, and gasket plastics, Texi utilizes dynamic tool attachments paired with highly specialized tungsten carbide blades.

The mechanical compatibility, thickness profiles, and specific application methods of these knife blades define their performance on a Texi flatbed system:

Knife Types & Mechanical Tool Compatibility

Depending on the physical property of the material being processed, Texi CNC gantry heads transition between distinct physical cutting actions:

Electric Oscillating Tools (EOT) & Pneumatic Oscillating Tools (POT): These systems rapidly vibrate a vertical flat blade up and down while traversing the cutting path. They are engineered to cleanly slice dense, soft, or high-thickness materials like dense cardboard, sandwich panels, rubber, and industrial foams without causing material distortion.
Driven Rotary Tools (PRT): These systems utilize motorized spinning multi-sided circular wheels. They roll across the surface with high force, preventing multi-layer woven textiles, synthetic meshes, glass fibers, and fragile materials from fraying, pulling, or bunching.
Universal Cutting Tools (UCT) / Drag Knives: Static, fine-point blades that rely solely on the gantry’s directional lateral motion to slice thin, uniform materials. This tool setup delivers the highest cutting speeds and maximum detail resolution for intricate vinyl lettering, film gaskets, and fine pattern contours.

Texi CNC Blade Specifications & Cross-Compatibility

Texi’s industrial blade numbering system corresponds with global industry standards (such as Zund and iEcho cutting tables), meaning they share physical form factors and tool-holder cross-compatibility

Blade Model	Blade Thickness	Tool Mechanism	Primary Target Materials & Applications
Z13	1.5 mm	Drag / UCT	Heavy cardstock, dense polycarbonates, solid plastic sheets, and technical vinyl coatings.
Z17	0.63 mm	EOT / UCT	General-purpose technical textiles, thin synthetic banners, pattern papers, and light folding carton sheets.
Z26	0.63 mm	EOT / POT	Dual-edge oscillating blade used for structural corrugated plastics, heavy folding cardstocks, and thick liners.
Z28	0.63 mm	EOT / POT	Sharp-pointed blade optimized for cutting through tight, complex geometry profiles in textiles and composite materials.
Z41 / Z42	1.0 mm	Drag / UCT	Thicker drag blades providing rigidity for tough, fibrous technical textiles, reinforced canvas, and heavy rubber gaskets.
Z50 / Z51	0.63 mm	Driven Rotary (PRT)	25mm to 28mm decagonal wheels for intricate, highly curved pattern cutting in woven fabrics and clothing textiles.
Z52 / Z53	0.63 mm	Driven Rotary (PRT)	32mm decagonal rolling wheels designed to slice cleanly through technical multi-ply stacks, Kevlar, fiberglass, and carbon fabrics.
Z62	1.5 mm	EOT / POT	Heavy-gauge, deep-profile blade with high structural stiffness, built to cut thick industrial foam blocks and thick rubber matting.
Z64	1.0 mm	EOT / POT	Rigid oscillating knife built specifically for deep corrugated board, structural acoustic felt, and multi-wall packaging material.

OYEA Knives manufactures and supplies a full line of both STANDARD and CUSTOM leather cutting knives and blades. All of our standard leather cutting knives are manufactured to exceed the exact OEM standards.