Coconut line configuration from fresh receiving to packed product
Configure the line by modules: front-end coconut handling, water collection, meat preparation, milk pressing, drying, oil pressing, separation, refining, storage, and packing.
A coconut line is rarely just a press purchase, because feedstock preparation, hygiene, and post-press oil handling strongly shape the project outcome.
Front-end handoff
Dehusking, conveying, peeling, water collection, washing, and crushing should be drawn as one receiving chain.
Wet-to-dry bridge
Milk pressing creates a residue stream; drying, mixing, and elevation decide whether it can feed oil pressing smoothly.
Oil-to-pack bridge
Separation, refining, finished-oil tank, filling, capping, labeling, and coding should match the product endpoint.
Module chain
Build the line as connected handoffs, not isolated machines
For fresh coconut, the real configuration question is how each module hands material to the next: dehusking to conveying, peeling to water collection, washing to crushing, pressing to drying, drying to oil extraction, and refining to packing.
Fresh coconut water, milk, desiccated coconut, oil, refining, and packing line
The reference line starts from mature coconuts and keeps multiple outlets in scope: filtered coconut water, fresh coconut milk, desiccated coconut, crude oil, refined edible oil, and bottled products.
S500 conveyor between coconut preparation stages
This short clip belongs to the front-end handoff after dehusking, where coconuts are moved continuously and hygienically toward peeling, water collection, and meat processing.
Coconut water collection before filtration and storage
Use this clip when coconut water is a saleable product. The line should then include collection, plate-and-frame filtration, stainless storage, and filling planning.
Capacity balance
Balance washing, pressing, drying, refining, and packing capacity
A single bottleneck can turn a complete line into a waiting line. Quote discussions should compare coconut meat washing capacity, hydraulic milk press batches, dryer hourly wet-feed capacity, screw press throughput, refining capacity, and filling speed.
Model 325 hydraulic coconut milk pressing section
The reference configuration uses four 325CG-A hydraulic presses, 2.2 kW each, for batch coconut milk extraction with an indicated 80% extraction rate.
Desiccated coconut dryer after milk extraction
After milk extraction, wet coconut pulp is dried for desiccated coconut or further oil pressing.
500 kg per 24 hours edible oil refining system
The refining section covers degumming, deacidification, decolorization, and deodorization before finished-oil storage.
Workshop fit
Use workshop limits to decide compact modules or continuous layout
Small factories often need manual or semi-automatic modules with shorter transfer paths. Larger plants can reserve longer conveying, separate wet and oil areas, and place refining and packing in a cleaner downstream zone.
- Check entrance width before quoting dehusking, tanks, dryer, and refining equipment.
- Keep water handling, wet pulp, oil storage, and packing areas from crossing each other.
- Confirm drainage, cleaning water, power, and exhaust before fixing the layout.
- Reserve maintenance sides for hydraulic presses, dryer, screw press, centrifuge, and filling machines.
Questions to confirm next
Can the same layout handle coconut water and oil together?
Send the workshop boundary and we will connect the modules
Floor size, entrance width, drainage, power, water, storage area, and existing tanks decide how dehusking, washing, pressing, drying, refining, and packing connect.