HSS Small Shredder
HSS Small Shredder is a two-model series for purge-lump recycling. Compare HSS-400 and HSS-600 by lump thickness, production need, inlet size, and reference capacity, then request a suitability assessment.
HSS machine benefits
Long Blade Life
- 4 Usable Cutting Edges
- Rotate
- Reinstall
Lower Electricity Use
- Energy-Efficient Operation
Machine Protection
- Automatic Reverse
- Retry Protection
- Longer Service Life
Material testing confirms the setup for exceptionally hard blocks.
See the HSS Small Shredder
HSS Small Shredder (Model: HSS-600) processing purge lumps.
HSS Small Shredder (Model: HSS-400) processing purge lumps.
HSS Small Shredder for purge lumps
HSS-400 and HSS-600 are designed for purge lumps, and most purge-lump applications can use an HSS route.
Choose the HSS model
Start with lump thickness and production need. HSS-400 is the smaller starting point; HSS-600 has the larger inlet and higher power for thicker lumps and higher production needs relative to HSS-400.
Real material examples
HSS-400
Plate-Like Purge
Real HSS-400 material example.
HSS-600
Thick, Irregular Purge Lumps
Real HSS-600 material example.
Real material examples. Photos are not shown to scale.
| Model | Starting point | Preparation trade-off |
|---|---|---|
| HSS-400 | Smaller purge lumps and lower production needs. | Larger or thicker lumps may be manually pre-cut before feeding when that labour trade-off is economical. |
| HSS-600 | Thicker purge lumps and higher production needs relative to HSS-400. | Its larger inlet and higher power can reduce manual preparation and operator effort. |
Specifications
| Specification | HSS-400 | HSS-600 |
|---|---|---|
| Feed inlet | 402 × 402 mm | 580 × 560 mm |
| Rotor width | 402 mm | 580 mm |
| Rotor diameter | 232 mm | 310 mm |
| Rotor speed | 60 r/min | 60 r/min |
| Motor power | 7.5 kW | 15 kW |
| Reference capacity | 200–300 kg/h | 250–400 kg/h |
| Rotary blades | 26 pieces | 26 pieces |
| Fixed blades | 2 pieces | 2 pieces |
| Machine weight | 760 kg | 1080 kg |
Reference capacity uses ordinary-strength, non-reinforced plastic from typical injection-molding applications. Reinforced or abrasive materials are outside this reference.
Inlet size describes the machine opening. Acceptable feed also depends on object shape and feeding conditions.