Conventional conveyor systems waste energy through
small rollers, poor materials, and friction-heavy designs
Big Roller™ reduces system losses at the source with
larger diameters
lighter materials and
lab-validated design principles
🌀IRR Reduction Up to 50% lower indentation rolling resistance from contact geometry
🔧Bearings 80% less Rim Drag friction and extended bearing life / increased load capacities
⚙️Lab-Tested Materials 22x improved wear resistance compared to HDPE + Glass shells
📏Precision Tolerances T.I.R. < 0.2 mm, G16 dynamic balance class, machined fabrications
Big Roller™ applies a systematic framework across every product line:
Technology Readiness Levels (TRLs) – NASA aligned progression from concept to deployment
Market & Adoption Readiness (MRL/ARL) – Evaluating regulatory and operational fit
Commercial Readiness Index (CRI) – Financial metrics to track performance
Lean Canvas & Unleashed Zone Diagnostics – Business model validation for scalable deployment
We don’t guess. We test, measure, and improve — at every step
We scoured the global idler supply chain to source the best roller designs. Our extensive investigations led us to a manufacturer of cast Nylon materials that outperforms in terms
✔️ Minerals Research Institue of WA funded research
3rd party testing and validation
✔️ TUNRA Bulk Solids:
- Rim drag
- Breakaway forces
- Maximum Start-Up Force
- Temperature Monitoring
- Shell to end cap/bearing housing load – resistance to pressing out
- Seal tightness: Dust and Water Ingress
- Total Indicator Runout
- Maximum Indicator Slope
✔️ Newcastle Institute for Energy and Resources:
✔️ Universidade Tecnológica Federal do Paraná:
✔️ Strake Engineering:
Request access to the test reports or reach out to engage with us on how we can assist you with your conveyor project needs.
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