Lower Waste Volume
Reduce suitable plastic scrap into a more manageable form for collection and transport.
Products / Waste Shredder Series
Routine Plastic Size Reduction
FY-SS01-300 Plastic Shredder
The FY-SS01-300 is a compact starting point for reducing suitable plastic production scrap, including runners, trims and smaller rejected parts. Its published reference configuration uses a 3 kW drive. Select it around the actual material, maximum piece size and required downstream result; throughput and particle size require application review.
Material ReviewSelection starts with actual plastic waste
Compact FormatFor routine in-plant size reduction
Controlled OutputDischarge goal confirmed by application
Factory SupportConfiguration, testing, and handover
Product Overview
Reduce routine plastic scrap at the point of production
The FYXFER standard plastic shredder is intended for common, manageable plastic waste streams where a compact machine and straightforward operating process are more important than heavy-duty bulky-waste capability.
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Routine plastic waste handlingProcess suitable offcuts, small rejected parts, runners, trims, and similar production scrap.
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Reduced storage volumeMake waste easier to collect, transfer, reuse, or send to the next recycling stage.
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Simple operating workflowSupport localized size reduction near production or sorting areas.
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Application-based selectionMatch the feed opening, cutting chamber, discharge, controls, and protection to the material.
Is your material suitable?
| Feed material | What to check before selecting the machine |
|---|---|
| Runners, sprues and small moulded rejects | Polymer grade, wall thickness, toughness and maximum piece size |
| Sheet, profile and tube offcuts | Longest dimensions, section shape and feeding behaviour |
| Small rigid containers and packaging parts | Material formulation, shape, residues and contamination |
| Mixed, bulky or demanding waste | Review a different cutting arrangement or the FY-SS02 project platform before choosing |
Provide the actual material rather than relying on a product-family label. Moisture, embedded metal and other contamination must be disclosed. The reference datasheet also mentions non-plastic materials; these need separate assessment and are not a blanket suitability claim for this configuration.
Key Benefits
Built for practical in-plant plastic waste reduction
A compact starting point for companies that need to reduce common plastic scrap without specifying an oversized heavy-duty shredding system.
Near-Process Use
A compact machine can be positioned around suitable production or recycling workflows.
Consistent Routine
Replace irregular manual breakdown with a more repeatable material-size reduction step.
Material Recovery Support
Prepare suitable plastics for collection, reprocessing, separation, or the next recycling stage.
Simple Material Feeding
Feed suitable waste through a hopper selected around material size and operator workflow.
Project Configuration
Controls, guarding, discharge, and optional handling can be reviewed for the application.
How It Works
A straightforward plastic size-reduction process
Prepare the material
Confirm that the plastic type and piece size are suitable for the selected machine.
Feed the hopper
Load material according to the confirmed feeding method and operating guidance.
Reduce the material
The cutting chamber pulls in and breaks suitable plastic waste into smaller pieces.
Collect the output
Transfer the shredded material to a bin, bag, conveyor, or next process as configured.
Machine Configuration
Configured around material, feed size, and required result
Share the plastic type, normal and maximum piece size, wall thickness, contamination, feeding method, hourly or daily volume, and desired output. Material photos and a small test sample are especially useful.
Core Machine Functions
- Material hopper and guarded cutting chamber
- Drive system selected for the confirmed application
- Forward operation with overload-protection strategy
- Discharge arrangement for collection or transfer
- Operator controls and emergency-stop provision
Available Project Options
- Hopper size and feeding-height adjustment
- Cutting chamber and output-control configuration
- Collection bin, bagging, conveyor, or transfer arrangement
- Additional guarding and material-feeding protection
- Controls and interface for supporting equipment
FY-SS01-300 — reference specifications
These values describe the published reference build. Final supply follows the agreed quotation and drawings.
| Parameter | Reference value or condition |
|---|---|
| Motor | 3 kW, 4-pole; one motor |
| Electrical supply | 380 V, 50 Hz, three phase |
| Reducer | K77-16 |
| Cutter / shaft speed | 16 rpm in the Rev A datasheet; confirm the ordered drive |
| Specified shaft torque | 1,628 Nm in Rev A; confirm the ordered drive |
| Shaft diameter | 75 mm |
| Cutters | 24 discs; 180 mm diameter × 12 mm; 9CrSi |
| Feed opening / hopper dimensions | 500 × 500 × 300 mm as specified; confirm usable opening and feeding clearance |
| Discharge | 450 mm width; 200 mm height above floor in the reference sheet; confirm the drawing datum |
| Overall dimensions | 1,329 × 570 × 1,081 mm (L × W × H; reference drawing) |
| Reference weight | Approximately 400 kg |
| Throughput and output size | To be established for the material, feeding conditions and required result |
Download the English technical datasheet — Rev A, 30 August 2026
Product Selection
Standard plastic shredder or heavy-duty shaft shredder?
The material size, toughness, contamination, feed condition, and target capacity determine the correct machine family.
For bulky, mixed or more demanding feed, compare the FY-SS02 heavy-duty platform. A larger machine is also application-specific; its capacity must be confirmed. Use the industrial shredder selection guide to compare material size, output, throughput, motor and cutter requirements.
Routine and manageable plastic scrap
Start here for suitable offcuts, runners, trims, smaller rejected parts, and regular production waste that can be fed into a compact system.
Bulky, tough, mixed, or demanding waste
Review a heavy-duty shaft shredder when materials are larger, tougher, mixed, contaminated, or require substantially stronger low-speed processing.
Material & Equipment View
Review the machine and the expected material result
Actual output depends on the plastic, feed condition, cutting configuration, and operating method. A material review or sample test is recommended before final selection.
Applications
Typical routine plastic waste streams
Injection Molding Scrap
Review suitable runners, sprues, trims, and smaller rejected molded parts.
Plastic Offcuts
Reduce suitable sheet, profile, tube, or fabrication offcuts after material review.
Small Containers & Parts
Process suitable thin-walled containers, housings, and production rejects.
Packaging Plastics
Evaluate clean and manageable rigid packaging waste for localized reduction.
Assembly & Trimming Waste
Reduce suitable plastic trimming, edge waste, and regular line-side scrap.
In-Plant Recycling
Support internal collection and preparation for reuse or downstream processing.
Frequently Asked Questions
Planning your plastic shredding project
What information is needed for shredder selection?
Please provide the plastic type, normal and maximum piece size, thickness, shape, contamination, hourly or daily volume, feeding method, required output, and destination power supply. Photos, video, or a test sample are valuable.
Can one machine process different plastic materials?
Possibly, but each material should be reviewed. Hardness, toughness, flexibility, wall thickness, additives, and contamination can change feeding behavior, output, wear, and capacity.
What output size will the machine produce?
Output depends on the material and cutting configuration. The required downstream use should be explained so FYXFER can recommend an appropriate arrangement and confirm expectations.
Can wet or contaminated plastic be shredded?
Moisture, dirt, metal, and other contamination must be disclosed during selection. Some materials may require sorting, cleaning, metal removal, or a different machine format before shredding.
Can a conveyor or collection system be added?
Yes. Feeding, discharge, collection, bagging, and transfer options can be reviewed according to the available space and workflow.
What support is available for overseas projects?
Project support can include operating documentation, remote technical assistance, troubleshooting coordination, and spare-parts guidance. The applicable scope should be confirmed for each order.
Selection Guide
Is FY-SS01-300 right for your application?
Start here for suitable routine plastic scrap, runners, trims and smaller rejected parts.
Check the load or material
Send representative plastic samples or photos with maximum piece size, wall thickness and contamination.
Define your process
Define the required output size, accepted hourly output and downstream process.
Confirm the configuration
Confirm feeding, collection, working space and destination power for the FY-SS01-300 configuration.
Use this checklist for an initial review. Final machine limits, options and acceptance criteria are confirmed in the project quotation.
Prepare a useful selection enquiry
Send the polymer or material grade, photographs, normal and maximum piece dimensions, wall thickness and contamination. Add the amount to process per hour or shift, feeding method, required output condition, downstream process and destination power supply. Explain how the result will be accepted, including any sample-test requirement.
Need a different FY-SS01 size or a two-stage model?
Compare FY-SS01-180 / 300 / 400 / 500 and FY-SS01-300-2S / 400-2S / 500-2S using verified configuration data.
Capacity and output are confirmed from your actual material.