CS-K13s

CS-K13s is a knife blade for professional digital cutting environments. Same design as the CS-K13 but with a shorter shank length for use with certain table manufactures. It is made for shops running Colex, Kongsberg and Summa cutting systems, making it a practical replacement choice when you need predictable fit and familiar cutting behavior across established digital cutting workflows.

The blade is designed for knife – static/drag work and supports material thicknesses up to 6.9 mm with a 60 degrees cut angle and a 1.5 mm blade thickness. The flat stock profile gives the blade a familiar handling style for operators who already work with comparable tools.

In day-to-day production, CS-K13s is especially relevant for composite such as Kapton, Prepreg Carbon Fiber, Prepreg Quartz, Prepreg Unidirectional Carbon Fiber and Toray(R) Prepreg Carbon Fiber, board – soft such as Corrugated Plastic, Fome-Cor(R) and Polycarbonate Sheet, board – rigid such as EVA – Ethylene Vinyl Acetate, Expanded PVC, Sign Foam(R) and Sintra(R), film / vinyl such as 3M(R) Diamond Grade, 3M(R) Vinyl, Avery Dennison(R) Vinyl, Faux Carbon Fiber and General Formulations(R) Vinyl and flexible material such as Magnetic Foil, Magnum Magnetics, PTFE, PVC Banner and Rubber. These material matches make it useful for operators who need one blade option that can be selected confidently for common production boards, films, textiles, composites, packaging stock or flexible sheet materials shown in the product data.

The listed overcut values include a 0.58 mm start overcut and a 0.58 mm end overcut, which helps operators compare this blade against nearby alternatives when fine tuning corners, lead-ins and small details.

CS-K13s is also listed with compatible or alternative reference terms including 113, 42443036, 500-9803, 5009803, 895113, 9018, BLD-DF113, Colex T00313, D13s, DE13s, DF113, G42443036, K11s and K24. These references are helpful when replacing an existing blade, comparing supplier part numbers, or confirming that the product matches the naming used in older job sheets and machine setups.