Extraction
Coconut kernel cutter / grater
Prepare particles for extraction without hiding the feed basis.
Technical duty overview. Exact model and rated performance are selected against your project specification.
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Inlet
What it receives
Clean, drained kernel within the agreed inlet dimensions.
Outlet
What it delivers
Cut or grated kernel transferred at a controlled rate to pressing.
Structure and line connections
Select the cutting geometry, feed arrangement and discharge path against the press inlet. Review overload protection, blade access and the effect of cut-size variation on pressing.
Cleaning and inspection interface
Agree on safe blade removal, interlocks, accessible product pockets and a verified cleaning method. CIP coverage cannot be assumed for a cutter that requires dismantling.
Selection data to specify
| Decision | Information needed |
|---|---|
| Feed limits | Kernel size, temperature, hardness and free-water content |
| Cut specification | Measured distribution rather than a nominal screen label alone |
| Duty data | Kernel kg/h, motor duty and accepted product condition during the trial |
Application limits
Finer is not automatically better: particle preparation must suit the selected extraction and coarse-fibre separation arrangement.
Trial and acceptance evidence
Compare feed and discharge samples across the run. Check blade wear, retained product and the consistency of feed to the press rather than only unloaded speed.
From scope to specification
Define the coconut kernel cutter / grater duty
Send the material you receive, the product you want and the packaging boundary. Add measurements where available.