Zund S3 Z11 Carbide Knife Blades For Zund Digital Cutter Shop Sale 3910309
China XZ0011 Zund S3 Z11 Carbide Knife Blade designed for Zund Digital Cutters is now available for purchase. This product, identified as Shop 3910309, comes from a trusted manufacturer and supplier of Zund cutting blades and spare parts. Offering wholesale and retail options, the unit price list is…Enquire now
Zund S3 Z11 Carbide Drag Knife Blades 60° Cutting Angle for Hard Materials 3910309
IN STOCK
US $0.00 (Negotiable)
No. 3910309 Pre-cut 0.58 x Tm Post-cut 0.58 x Tm Max. cutting depth 6.9 mm Knife thickness 1.5 mm Knife material HM/Carbide
Suitable for machine manufacturer: blade no. Atom Comagrav CombiPro Dyss Esko Kongsberg iEcho Wild Zund: 3910309, Z11 Tool & Cutter Compatibility The Z11 carbide blade mounts seamlessly into the same hardware configurations as the Z10, requiring flat 1.5 mm blade seating: Universal Cutting Tool (UCT) paired with Blade Holder Type 1 (part number 3960322) Score Cutting Tool (SCT) paired with Blade Holder Type 1 (part number 3960322)
Cutter Models: Fully compatible with Zund S3, G3, and L3 digital cutting tables.Recommended MaterialsBecause of its steep 60° angle and deep 6.9 mm reach, the Z11 is optimized for processing heavier, denser, and more abrasive substrates.
Technical sheets from Shenzhen Oyea Machinery Co., Ltd recommend it for: Composite Materials: Aramid fiber prepreg, carbon fiber prepreg, glass fiber prepreg, and Kevlar. Heavy Signage & Graphics: Thick PVC banners, heavy canvas, tarpaulins, magnetic foil, and reflective vinyl films. Thick Plastics & Cardboard: Polycarbonate (PC), polypropylene (PP) sheets, solid packaging cardboard, and folding cartons.Foams: Hard foam cores and expanded PVC substrates.
Operational Trade-off (Z10 vs. Z11) When selecting between the two, Zund notes that while the Z11 yields a smaller overcut (allowing for finer detail on thicker profiles), its sharper 60° tip is subjected to higher concentrated stress. This gives the Z11 a slightly shorter life expectancy than the 50° Z10 blade under identical heavy-duty workloads.