Fixed-Bucket Single-Shaft Shredder
A robust, high-torque solution for shredding tough industrial plastic waste like purges, lumps, and thick-walled parts into uniform, manageable chips.
Engineered for Power and Reliability
Our single-shaft shredder is meticulously designed to provide maximum uptime and performance in demanding industrial environments.
High-Torque Performance
Powered by an H-series reducer to deliver exceptional torque, effortlessly shearing through the toughest and bulkiest plastic materials.
Unyielding Construction
Features a main shaft forged from a single solid piece of steel, eliminating weak points and ensuring maximum durability and longevity.
Superior SKD-11 Blades
Equipped with cutting tools made from high-strength SKD-11 alloy steel for superior wear resistance and consistent cutting performance.
Smart & Safe Operation
A PLC system with overload protection and auto-reverse functionality prevents jams and protects the machine from damage.
Solve Your Bulky Waste Problem
Large, dense plastic scrap from production is difficult to handle, store, and reprocess. Our shredder is the essential first step to reclaim its value.
Problem: Unmanageable Waste
Bulky plastic purges, reject parts, and lumps take up valuable factory space and are too large to be fed into a standard granulator.
Solution: Size Reduction & Densification
Our shredder reduces the volume of this scrap into small, uniform, high-density chips that are easy to convey, store, and reprocess.
Problem: Material Loss & High Costs
Disposing of bulky production scrap is a loss of valuable material and incurs significant disposal fees. It's a drain on your bottom line.
The Single-Shaft Shredding Process
A powerful and methodical process designed to break down the toughest materials with automated precision.
1. Loading the Bucket
Bulky material is loaded directly into the shredder's large, fixed feeding bucket.
2. Hydraulic Ram Feed
A hydraulic ram automatically pushes the material horizontally with controlled pressure into the shredding rotor.
3. High-Torque Shearing
The slow-speed, high-torque rotor equipped with SKD-11 blades cuts and shears the material against a fixed counter-knife.
4. Sizing and Discharge
A heavy-duty screen below the rotor determines the final chip size. Once shredded to the correct size, the chips fall through for collection.
Watch It In Action
Ideal for Difficult-to-Shred Materials
Specifically designed as the primary size-reduction machine for a wide range of challenging industrial plastic scrap.
Plastic Purges & Lumps
The perfect solution for breaking down large, dense purgings and lumps from injection molding and extrusion start-ups.
Thick-Walled Pipes & Profiles
Effortlessly shreds reject sections of thick-walled PVC, HDPE, and PP pipes, profiles, and sheets.
Defective Parts & Baled Film
Handles large reject products, automotive parts, and even densely baled plastic films with consistent performance.
Technical Specifications
| Parameter | Value |
|---|---|
| Model | RTM-SD2360 |
| Effective Cutter Length | 600 mm |
| Shredding Chamber (L*W) | 550 mm x 580 mm |
| Output Capacity | 200 - 300 kg/h |
| Blade Material | SKD-11 High-Alloy Steel |
| Blade Configuration | 30 Moving Blades, 1 Fixed Blade |
| Main Motor Power | 22 kW |
| Hydraulic Power | 3 kW |
| Control System | Delta PLC with Siemens Components |
Frequently Asked Questions
What is the difference between this shredder and a granulator?
A shredder operates at low speed with high torque, designed to break down large, bulky, or tough materials into rough chips. A granulator operates at high speed with low torque, designed to grind smaller, pre-shredded pieces into fine, uniform regrind. This shredder is the ideal first step before a granulator.
How does the auto-reverse function protect the machine?
The PLC control system constantly monitors the motor's amperage. If it detects a spike caused by a jam or an overly tough piece of material, it automatically reverses the rotor's direction for a few seconds to clear the blockage. It then resumes forward shredding. This prevents motor overload and damage to the blades and drivetrain.
What determines the final output size of the shredded material?
The final chip size is determined by the size of the holes in the perforated metal screen located directly beneath the shredding rotor. Material is continuously shredded until it is small enough to fall through these holes. We can provide screens with different hole sizes to meet your specific requirements.
Reclaim Your Industrial Scrap Value
Stop disposing of valuable production waste. Contact us to learn how our single-shaft shredder can be the cornerstone of your in-house recycling efforts. Get a custom quote today.
