Product family
SHREDDER BLADES, KNIVES & CUTTERS.
Replacement cutting components organized by rotor design, cutting action and feedstock.
Choose a path
Find the right blade family.
Start with the machine architecture when known. If it is unknown, start with the material and send photos of the worn part.
Single-shaft blades
Rotor knives, indexable inserts, bed and counter knives.
↗ SYSTEM 02Dual-shaft cutters
Intermeshing cutter discs, hooks and spacer sets.
↗ SYSTEM 03Custom replacements
Made to drawing, sample or verified dimensions.
↗ MATERIAL 01Plastic blades
Geometry options for film, rigid plastic, pipe and lumps.
↗ MATERIAL 02Tire cutters
Cutters for tough rubber and steel-reinforced feed.
↗ MATERIAL 03Wood shredder knives
Knives for pallets, offcuts, green waste and biomass.
↗Selection factors
Geometry comes first. Material follows the wear problem.
A blade that fits can still perform poorly if edge angle, hardness or toughness is mismatched to the feedstock.
- Machine make, model and cutting system
- Part drawing, dimensions or sample
- Feedstock and contamination level
- Target output size and throughput priority
- Observed failure: wear, chipping, cracking or deformation
| Blade family | Rotor knife, bed knife, cutter disc, hook knife, spacer |
|---|---|
| Common inputs | OEM part number, machine model, drawing or physical sample |
| Material direction | Tool steel and alloy options selected against abrasion and impact |
| Verification | Dimensions, hole pattern, edge profile, hardness and quantity |
Final material and heat-treatment choices should be confirmed against the actual application—not copied from appearance alone.