01
Feedstock is described too broadly
Material type, shape, bulk density, contamination, and maximum input size affect the cutting system and feeding method.
Back to Shredders
Material Size-Reduction Solution
Dual Shaft Shredder
High-torque dual-shaft shredding for mixed material, scrap, and recycling lines.
Strong torque output
Wear-resistant cutters
Stable continuous operation
- Material
- Plastic, wood, packaging, production waste, and mixed recyclable material
- Rotor
- Granulator, single-shaft, or dual-shaft configuration
- Output
- Selected by blade, screen, and downstream process requirements
- Integration
- Conveyor, separator, dust collection, and recycling-line options
Customer Challenges
Start with the production problem, not only the machine name.
02
Target output size is not defined
The required downstream size and consistency should guide shredder, granulator, screen, and recirculation choices.
03
Throughput is considered without material behavior
Actual production depends on the feedstock, cutter configuration, loading, discharge, and downstream equipment.
04
The shredder is isolated from the line
Conveying, separation, dust control, collection, and service access should be considered with the core machine.
Solution Positioning
Where Dual Shaft Shredder fits in the production process.
Material size-reduction systems for recycling, scrap recovery, production waste, and downstream separation lines.
Production Workflow
From requirement to the next production stage.
A clear process view helps confirm whether the machine, configuration, and surrounding workflow belong together.
01
Describe the feedstock
Confirm material type, dimensions, form, contamination, and loading method.
02
Feed the machine
Introduce material through the selected hopper, conveyor, or controlled loading method.
03
Reduce the material
Process feedstock with the selected shaft, cutter, and screen configuration.
04
Discharge and separate
Move output into collection, screening, separation, granulation, or recycling.
Operational Value
What this machine contributes to daily production.
The points below come from the current product information and are presented as practical production considerations.
01
Strong torque output
02
Wear-resistant cutters
03
Stable continuous operation
04
Service-friendly layout
Application Scenarios
Production environments this solution can support.
Recycling plants
This machine can support recycling plants as part of primary or secondary material size reduction, subject to the selected model and process requirement.
Scrap recovery
This machine can support scrap recovery as part of primary or secondary material size reduction, subject to the selected model and process requirement.
Waste processing
This machine can support waste processing as part of primary or secondary material size reduction, subject to the selected model and process requirement.
Production waste handling
This machine can support production waste handling as part of primary or secondary material size reduction, subject to the selected model and process requirement.
Machine Selection
Questions to confirm before choosing a model.
What material, shape, input size, and contamination are expected?
What target output size and downstream process are required?
What throughput range and operating schedule should be evaluated?
Which feeding, screen, conveyor, separation, and safety options are needed?
Configuration Review
Match options to the process instead of adding them by default.
Conveyor system
Conveyor system can be reviewed as part of the feeding, cutter structure, screen, discharge, and downstream separation requirement for the final machine configuration.
Custom blades
Custom blades can be reviewed as part of the feeding, cutter structure, screen, discharge, and downstream separation requirement for the final machine configuration.
Screen selection
Screen selection can be reviewed as part of the feeding, cutter structure, screen, discharge, and downstream separation requirement for the final machine configuration.
Magnetic separation
Magnetic separation can be reviewed as part of the feeding, cutter structure, screen, discharge, and downstream separation requirement for the final machine configuration.
Technical Specification Basis
Confirm the model against the real workpiece.
Final selection depends on the material, workpiece, process, production frequency, options, and local utility requirements.
| Material | Plastic, wood, packaging, production waste, and mixed recyclable material |
|---|---|
| Rotor | Granulator, single-shaft, or dual-shaft configuration |
| Output | Selected by blade, screen, and downstream process requirements |
| Integration | Conveyor, separator, dust collection, and recycling-line options |
Project Support
From requirement review to production preparation.
Discuss your project01
Material review
Review representative feedstock, input size, contamination, and target output.
02
Process selection
Match granulation, single-shaft, or dual-shaft reduction to the material.
03
Line configuration
Confirm hopper, cutters, screens, conveying, separation, and controls.
04
Project preparation
Coordinate layout, utilities, shipment, setup guidance, and support.
Talk to a ZYRON Engineer
Need a Dual Shaft Shredder solution for your production?
Send the core workpiece and production information. ZYRON will use it to review the suitable model and configuration with you.
- Material type
- Maximum input size
- Target output size
- Expected throughput
- Line layout and utilities