Custom special shaped blades engineered to match your machine design, feedstock behavior, and cutting action—so you get stable cuts, longer edge life, and repeatable fit on reorders.
Special shaped blades for non-standard cutting tasks—custom profiles, material selection, and controlled heat treatment matched to your machine design to ensure accurate fit, stable cutting, and repeatable performance.
Our custom blades serve many application sectors, such as:
Film slitting, tray sealing, die‑cutting, granulator knives
Cutter knives, gouging blades, extrusion cutoff knives
Film trimming, shearing, perforation blades
Razor blades, slitter knives, edge trims
Hygienic blades for slicing, portioning and packaging (with compliance to relevant standards)
Slitter blades, cutoff knives, shear blades for sheet metal and plate
We recommend materials based on abrasion, impact, corrosion exposure, and required cut stability.
Typical options (application-matched)
Note: Hardness alone isn’t enough—edge preparation and heat-treatment control are key to preventing micro-chipping in impact-heavy conditions.
We inspect the features that affect installation, clearance, and service life:
We confirm your machine type, mounting method, cutting role, line speed, and the failure mode you want to solve (chipping, dulling, burrs, sticking).
We define blade profile, material option, heat-treatment target, and critical tolerances based on abrasion, impact risk, and required cut quality.
For new designs or tight-fit projects, we support prototypes or fit checks to reduce installation risk and rework.
We run CNC/EDM profiling, heat treatment, and precision grinding to achieve stable seating faces and consistent edge geometry.
We inspect critical dimensions and edge features, pack to protect edges in transit, and provide setup and regrind guidance.
Do you have any questions about our products and how to use them? We have compiled the most frequently asked questions and answered them. If your question is not listed here, please contact us.
Yes. We accept drawings, samples, or dimensioned photos and can reverse-engineer critical features when needed.
Drawing/sample, key dimensions, material being cut, line speed/run time, and your current failure mode.
It depends on size and geometry complexity. Tell us your critical fits (hole location, stack height, flatness), and we’ll confirm a practical tolerance plan.
Yes. We control and document critical dimensions and edge geometry to maintain reorder consistency.
We can provide regrind guidance and re-conditioning options depending on blade type and application.
