Industrial size-reduction equipment for common plastic waste, bulky items, mixed materials, and demanding waste-processing projects. Machine selection begins with the actual material and output target.
Compare ShreddersDiscuss Your Material
Material-driven selectionFeed size, material type, throughput, and target output guide the configuration.Share material type, condition, and photos.
Feed sizeNormal and maximum inputConfirm dimensions, density, and irregularity.
OutputSize and capacity targetDefine the downstream handling requirement.
WorkflowFeeding and dischargeReview conveyors, separation, and controls.
The standard and heavy-duty machines serve different material conditions. Representative samples, photos, and output requirements are essential before configuration.
Get selection support
Plastic ProcessingSeven verified model paths cover mini, standard compact, and integrated two-stage four-shaft reduction for factory-side recycling.
Heavy-Duty ProcessingA project-engineered heavy-duty platform covering FY-SS02-600S / 600D / 800 / 1000 / 1200 / 1400 / 1600 for bulky, tough or mixed industrial waste.
Four clear paths help buyers move from small parts to daily factory scrap, integrated finer reduction, or heavy industrial waste.
Small feed pieces, low-volume jobs and limited floor space.
1.5 kW reference configurationCompare FY-SS01Routine factory scrap with increasing drive, feed reference and cutter size.
3 / 4 / 7.5 kW reference drivesCompare compact modelsUpper and lower four-shaft cutting path where a finer integrated reduction route is required.
Material test requiredCompare 2S modelsBulky, tough, mixed or high-duty industrial waste requiring project engineering.
Project-specific configurationExplore FY-SS02Use the visual guide for a fast starting point, then send material photos, maximum feed dimensions, output target and required volume for engineering review.
Send Material DetailsThis comparison defines the starting family. Cutter design, drive, hopper, protection, and discharge still require project review.
| Selection factor | Standard Plastic Shredder | Heavy-duty Shaft Shredder |
|---|---|---|
| Primary use | Routine reduction of common plastic waste | Robust reduction of bulky, tough, or mixed material |
| Material condition | More consistent plastic feed streams | Irregular shapes and more demanding waste streams |
| Configuration focus | Rotor, screen, feeding, and target granulation | Shafts, cutters, torque, hopper, and overload protection |
| Project inputs | Plastic type, feed size, output size, and throughput | Material mix, maximum size, density, contamination, and capacity |
| Line options | Feeding, discharge, screening, and controls | Heavy feeding, conveyors, separation, guarding, and controls |
Reduce offcuts, rejects, containers, and routine plastic production waste.
Prepare material for sorting, transport, storage, or downstream processing.
Handle bulky or irregular waste generated in industrial production environments.
Coordinate feeding, discharge, separation, safety, and control requirements.
Material variability can change machine selection. Clear samples, photos, feed size, contamination, capacity, and desired output help reduce project risk.
Share material names, photos, condition, density, contamination, and safety concerns.
Confirm maximum feed dimensions, expected throughput, and required discharge size.
Review hopper, cutting system, drive, conveyors, separation, guarding, and controls.
Confirm factory inspection, documentation, packing, installation guidance, and support.
Material data is more important than choosing from a model name alone.
The standard plastic shredder is the usual starting point for consistent plastic production waste and recyclable plastics. Material type, feed size, output target, and capacity must still be confirmed.
Consider the heavy-duty dual-shaft approach for bulky, tough, mixed, or irregular items where low-speed, high-torque reduction and stronger overload handling are required.
No. Cutters, shafts, screen or discharge arrangement, drive, safety protection, and feeding system need to match the material and downstream objective.
Send representative photos or video, material type, maximum feed dimensions, density, contaminants, hourly target, required output size, and site workflow.
Send your material photos, feed size, throughput, target output, and workflow. FYXFER will help narrow the machine family and practical configuration.
Request a RecommendationFYXFER SHRED VIDEOS
Explore FYXFER shredder demonstrations. The current video shows several machine setups and materials; it is not a capacity test for a single FY-SS01 model. Confirm suitability and output with a representative material test.
Use FY-SS01-300 to review a compact plastic shredding reference. Use FY-SS02 to discuss bulky or demanding industrial feed. Confirm compatibility for the actual materials and contaminants.
Explain the required downstream result and unacceptable oversize material. Capacity depends on material, geometry, feeding, cutting configuration and duty; request confirmation against representative feed.