Material Preparation
Feedstock is prepared and metered to maintain stable loading.
Specialty & Lab Equipment
Compact test units for material validation, pilot trials, and process parameter optimization before scale-up.
A practical four-step process focused on stable operation and consistent output.
Feedstock is prepared and metered to maintain stable loading.
The core machine performs the main conversion and conditioning process.
Process parameters are controlled to keep output quality consistent.
Output is transferred to downstream systems for continuous production.
Engineering configuration is matched to material variability and throughput targets.
Process design focuses on output stability for downstream stages.
Service-friendly structure supports efficient operation and maintenance.
Unstable feedstock conditions reduce production consistency.
Engineering configuration is matched to material variability and throughput targets.
Inconsistent quality creates downstream process risk.
Process design focuses on output stability for downstream stages.
Frequent intervention increases labor and maintenance pressure.
Service-friendly structure supports efficient operation and maintenance.
Scaling capacity can disrupt existing line performance.
Modular integration supports phased expansion and retrofit planning.
Visual references for machine layout and downstream-ready material condition.
This view helps teams evaluate how core equipment is arranged between feeding, cleaning, and transfer stages in real plant layouts.
A consistent and manageable output condition improves control in washing, drying, and pelletizing workflows after this stage.
Trial workflows to verify feedstock behavior before production investment.
Rapid parameter testing for recycled material optimization.
Hands-on learning for recycling engineering and operations teams.
| Parameter | Specification | Notes |
|---|---|---|
| Model | RDU-10 / RDU-20 / RDU-35 | Configured by R&D objective |
| Core Function | Mini shredding / extrusion / test cell | Module selection by workflow |
| Installed Power | 3-15 kW | By equipment scope |
| Footprint | 1.2 x 0.8 m to 2.6 x 1.3 m | Depends on module combination |
| Typical Throughput | 5-80 kg/h | Pilot and lab scale range |
| Application Scope | Validation / prototyping / training | Supports scale-up planning |
Final test-cell setup depends on target trial scope, material type, and data requirements.
| Criteria | Conventional Setup | Rumtoo Solution |
|---|---|---|
| Process Stability | More fluctuation under feed variation | Designed for stable operation across variable feedstock |
| Output Consistency | Higher variation in downstream quality | Process control focused on consistent output |
| Integration | Higher retrofit complexity | Practical integration with existing lines |
| Lifecycle Support | Limited startup optimization support | Engineering support from planning to commissioning |
Selection depends on material type, contamination profile, throughput target, and downstream process requirements.
Yes. Rumtoo supports retrofit integration based on your current layout and utility conditions.
Yes. We provide remote and on-site support for installation, startup, and operator training.
Yes. Configuration can be scaled with matched drive power, process modules, and auxiliary systems.
Share your material type, expected throughput, and project location for a tailored proposal.
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