CashewNut TZ

Machine selection guide

Cashew Air Separator

Review what this machine does, where it fits in the processing line, which capacity and utility details matter, and whether it may reduce manual labor.

  • Best-for summary
  • Capacity and utility notes
  • ROI and WhatsApp quick actions

Buyer decision notes

Should this machine be in your line?

Use this quick summary before sending a requirement or comparing machine models.

What it solves

Uses airflow to separate shells and light impurities.

Typical capacity

100–1500 kg/h typical

Process stage

Shell and Kernel Separation

Before / after

Cashew Shelling → Cashew Kernel Drying

Utilities to confirm

Power, steam, air compressor, layout, and operator requirements should be confirmed.

Worker impact

Use the labor ROI tool to compare manual output with machine output for this stage.

Want to know if this machine can reduce manual labor?

Open the labor saving calculator and compare manual output with machine output for this processing stage.

Fungua kikokotoo kuona kama mashine inaweza kupunguza gharama ya kazi.
Cashew Air Separator

Boss Summary Box

Best for
Uses airflow to separate shells and light impurities.
Main decision
Confirm capacity, automation level, utilities, and line configuration before model selection.
Before process
Cashew Shelling
After process
Cashew Kernel Drying
What to confirm
Raw nut condition, target capacity, power, utilities, factory space, and spare parts needs.

What This Machine Does in the Line

Before this machine

Cashew Shelling

This machine

Cashew Air Separator - Uses airflow to separate shells and light impurities.

After this machine

Cashew Kernel Drying

Technical Parameter Table

Processing stageShell and Kernel Separation
Machine typeShell Kernel Separation Equipment
Automation levelsemi-automatic
Recommended factory scaleSmall, medium, or custom line configuration
Typical capacity100–1500 kg/h typical
Power source2.2–7.5 kW typical
Voltage options380V customized
Machine sizeConfirmed after model, capacity, and layout selection
Machine weightConfirmed after model and layout selection
Utilities to preparePower supply, dust or shell collection space, airflow if required, and downstream transfer area.
Selection noteConfirm daily input, upstream preparation, downstream bottleneck, available utilities, and workshop layout before model selection.
Configuration noteWe confirm model, capacity, size, power, packing scope, spare parts, and price after reviewing your factory requirement.

Use these values as a planning reference. Machine dimensions, power, utilities, spare parts, packing, and price are confirmed after your capacity and site details are reviewed.

Before You Buy Checklist

  • Raw cashew input per day
  • Nut size range
  • Workers and automation preference
  • Power supply and operating hours
  • Steam or boiler condition
  • Air compressor requirement
  • Available factory space
  • Spare parts and operator training needs

After machine selection

Installation, training, and spare parts should be planned early

We do not ask buyers to choose machines blindly. Site condition, utilities, operators, and maintenance needs should be discussed before order.

Installation discussion

For qualified line projects, onsite installation support can be discussed before order according to machine scope and site condition.

Operator training planning

Training requirements should be discussed with the selected machines, automation level, utilities, and operator experience.

Spare parts preparation

A spare parts list can be prepared for blades, belts, bearings, molds, and other wear parts according to the machine list.