Industrial Plastic Shredder Machines for Recycling
Compare plastic shredders for PE/PP film, rigid scrap, pipes, and extrusion lumps. Choose a machine by feed material, loading method, target output, and the next stage of your recycling process.
Explore Plastic Shredders by Application
Start with the material and how it will be loaded. Compare the application-specific machines below, or use the machine-type table to review feeding and output differences.
PE/PP Film Shredder
For PE/PP film and compatible soft plastic scrap. Feed preparation and cutting configuration are selected to reduce wrapping and support material intake.
Rigid Plastic Shredder
For rigid plastic containers, profiles, and production scrap. Match the cutting chamber and drive to part dimensions, wall thickness, and material.
HDPE Pipe Shredder
A horizontal infeed layout for long, large-diameter pipes at a fixed plant. Confirm pipe material, outside diameter, wall thickness, and loading length.
Mobile Pipe Shredder
For on-site reduction of bulky HDPE and PP pipes before transport or further processing. Check site access, loading equipment, and power requirements.
Extruder Lumps Shredder
For dense extrusion purgings, head waste, and plastic lumps. Selection depends on polymer, lump dimensions, and the required discharge size.
Double Shaft Shredder
Low-speed, high-torque primary reduction for bulky plastic and other approved feedstocks. Add downstream granulation when finer output is required.
Integrated Shredder-Granulator
Combines primary shredding and secondary granulation in one machine. Assess material suitability, final screen requirements, and capacity together.
Single Shaft Shredder
A configurable platform with hydraulic ram feeding and interchangeable screens. Select the rotor, knives, and screen for the application.
Mini Desktop Shredder
For small plastic scrap such as suitable 3D prints and caps. Confirm feed size and material compatibility for small-batch applications.
Compare Shredder Machine Types
These machine families address different feeding and output requirements. Follow each product link for its model-specific dimensions, power, and configuration.
Swipe horizontally to view the full table specifications.
| Machine Type | Typical Starting Point | Feeding & Reduction | What to Confirm |
|---|---|---|---|
| Single Shaft | Rigid scrap, lumps, and selected soft plastics | Hydraulic ram feeding; a screen retains material for further cutting | Match rotor, knives, and screen to the material. Flexible pieces may pass through with a long dimension larger than the aperture. |
| Double Shaft | Bulky feed requiring primary reduction | Two counter-rotating shafts draw in and shear material | Primary output is generally coarser; assess secondary granulation when a smaller, more consistent regrind is needed. |
| Fixed Pipe Shredder | Long or large-diameter pipe at a recycling plant | Horizontal infeed chamber with supported feeding | Confirm polymer, pipe dimensions, loading arrangement, and model-specific output. Confirm PVC pipe suitability for the selected fixed configuration. |
| Mobile Pipe Shredder | Bulky HDPE and PP pipes at the source | On-site pipe reduction before transport or further processing | Confirm site access, utilities, loading, and discharge handling. The listed mobile application is HDPE/PP pipe. |
| Integrated Shredder-Granulator | Suitable scrap requiring shredding and finer regrind | Primary shredding followed by secondary granulation in one machine | Confirm material compatibility, the granulator screen, and the capacity of both stages. |
| Mini Desktop Shredder | Small pieces and small-batch plastic scrap | Compact feeding and size reduction for suitable materials | Check permitted feed size and duty requirements against the desktop model specifications. |
For alternative single-shaft feeding layouts, compare the drawer-type shredder and fixed-hopper shredder. Confirm the loading method and chamber arrangement for your feedstock.
How Plastic Shredding Fits Your Process
Primary Size Reduction
A plastic shredder cuts bulky scrap into smaller pieces for handling and further processing. A screen-equipped single-shaft machine retains material for repeated cutting; a double-shaft machine typically provides coarser primary reduction. Pipe and integrated machines use their own feeding and processing arrangements.
Match the Next Stage
Use secondary granulation when the process needs finer regrind. Contaminated plastics may need washing and separation; moisture-sensitive downstream processing may require drying. Pelletizing applies where the material and reuse route call for recycled pellets.
Planning a Complete Recycling Line?
Define the incoming waste and required final product first. The shredder, transfer equipment, and downstream stages need compatible feed sizes and capacities.
Explore Recycling Solutions →Configure the Shredder for Your Feedstock
Confirm these items for the selected model before comparing quotations or specifying the rest of the line.
Feeding & Discharge
Select the hopper, ram or pipe infeed, conveyors, and discharge height for the largest feed items and available handling equipment.
Rotor & Knife Configuration
Choose cutting geometry and knife material for the feedstock and expected contaminants. Anti-winding designs reduce the risk of wrapping but do not eliminate it for every material.
Screen & Output Requirements
Screen options depend on the machine. An aperture is a sizing reference, not a guaranteed maximum dimension for flexible film strips or fibres.
Drives & Electrical Controls
Confirm voltage, frequency, motor ratings, overload logic, and component brands in the quotation. Motor nameplate kW is installed power, not measured energy use.
Wear Parts & Service Access
Review knife replacement, maintenance access, inspection intervals, and spare-part scope for the selected model and operating conditions.
Material Trials & Line Matching
Use representative feedstock to assess feeding behaviour, output, and achievable throughput. Match discharge and capacity to the next process stage.
Single-Shaft Film Shredding in Action
A 26-second demonstration of a single-shaft shredder with automatic hydraulic feeding for plastic bags. This clip illustrates one application; the feeding and cutting arrangement varies across the product range.
Shredders for Other Waste Materials
Textiles, wood, metal, and tires need their own feedstock assessment and cutting configuration. Use these dedicated product routes to review the application.
Textile Waste Single Shaft Shredder
For fabric, nonwoven, and carpet waste. Application-matched rotor and blade arrangements help reduce winding; confirm performance with representative material.
Waste Wood Shredder
For pallets, crates, and timber offcuts. Review feed dimensions, metal contamination, and the required output before selecting the machine.
Industrial Metal Shredder
A dedicated route for approved metal scrap. Confirm metal type, thickness, contamination, and handling requirements with the product team.
Tire Shredder
Primary size reduction for tires before further rubber processing. Review tire dimensions and the downstream separation or granulation stages.
Plastic Shredder Selection FAQ
Shredder Guides & Technical Resources
Get a Quote
Share your material photos, largest feed dimensions, target kg/h, and required output. We can assess a standalone shredder or its role in a granulating, washing, or pelletizing line.
- Machine selection based on feedstock and process requirements
- Review of feeding, discharge, and downstream equipment
- Configuration and quotation for your installation
Talk to Sales
Include the polymer, contamination level, available power supply, and installation location so we can review the configuration.